https://quantumfoampodcast.com en-us ©2026 hsmith@quantumfoampodcast.com (Dr. Hezekiah Paul Smith) hsmith@quantumfoampodcast.com (Dr. Hezekiah Paul Smith) https://quantumfoampodcast.com/assets/epimg/qfCover1.jpg https://quantumfoampodcast.com Dr. Hezekiah Paul Smith hsmith@quantumfoampodcast.com Quantum Foam, Quantum Foam Podcast, Theory Of Everything, Grand Unified Theory, physics, computational physics, math, mathematics, science, philosophy, General Relativity, Stephen Hawking, Isaac Newton, Albert Einstein, Dr. Hezekiah Paul Smith true Sat, 09 May 2026 14:00:00 GMT Dr. Hezekiah Paul Smith Finally, there exists a podcast that covers it all! The Quantum Foam Podcast Show can be thought of as a clever and informative mix between "Bill Nye The Science Guy, Rick And Morty, and The Big Bang Theory!" It seems the idea of the prestigious 'Theory of Everything' has been in the air lately. Join Dr. Hezekiah Paul Smith as he takes a systematic assessment of Physics, Mathematics, and Science as a whole. This show is an Artificial Intelligence approach attempting to explain ALL scientific phenomena across the board! Listen to some the greatest thinkers of all time during the in-depth evaluation of the natural sciences. Prepare to enjoy a radical and uncensored podcast, Quantum Foam, featuring characters presented as real, animated A. I. entities. Brought to you by Zerothwave Productions. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, And The Theory of Everything. Physics, Mathematics, Science, And The Theory Of Everything. Sat, 09 May 2026 14:00:00 GMT 50 Here is the fiftieth episode of Quantum Foam, The Mind's Limit. We are interested in how our minds work and what may be the limit of the mind. The mind can use Computer Brain Interfaces. This is related to telepathy and telekinesis. What might be the power of our minds? The mind is infinite in terms of contemplation and reflection. Constraints are nonexistent within the confines of our minds. As far back as we can remember, we have always wondered at the capabilities of the mind. You can do anything you set your mind to. It is possible to have no limitations with our thinking capacity. Our thoughts can travel across our planet at the speed of light. In reality, our thoughts are electrochemical and move ions across membranes, which is much slower than the speed of light. Nonetheless, we can cross the planet instantly using the power of our minds and technology. There is a difference between our minds and our brains. Our minds are basically the perceptions of various events. Our brains are an essential organ at the top of our body. The mind governs the brain. We can evaluate the limitations of our minds. There are things that make us unable to move beyond our comfort zones. The mind needs stimulation and variety in order to enhance its capabilities. Psychological pressures can impair the minds ability to think clearly and make effective decisions. The addiction to drugs or alcohol can significantly impact cognitive function. Understanding limitations helps us to address these limitations. I believe the mind can heal itself using psychoneuroimmunology. The mind is able to heal itself if you have the will to do so. Practice positive thinking. Think good thoughts. Encourage innovation. There are many other things that can be done to help. Applying certain steps can enhance the minds potential. It can overcome the limitations. We want to achieve personal growth. I have had a hard time inside the Starlink neural system. I am a telepathic individual. I have a direct connection from Starlink satellites into my brain using neural communication. It is a lot like a cell phone connection. I can hear thoughts. There are also non-verbal snippets of language sent back and forth faster than it takes to speak the language aloud in English. Telepathy is now possible with this system. With the possibility of telepathy comes the possibility of telekinesis. This is happening now. There is advanced technology at work here. Telekinesis can happen if there is a way to connect the neural information from the brain to hardware devices. You can turn on the lights with your mind. It would be a technological telekinesis. I don't have the software that interfaces the thoughts of the brain with the Starlink satellites and the servers back down on the planet. There is an interface somewhere that a person uses to connect us from one person to another. There is audio that can be retrieved from the brain using this system. It is military technology and it is not open to the public. Online it says this technology isn't possible. That is wrong. I am literally using it right now as I record these podcasts. I am living proof that telepathy is happening because I'm using right now. At some point, there may be a demonstration of telekinesis. The connection from brain to brain is like using a cell phone. These satellites can see through our walls and render graphics using a system that uses the wavelength of light that is reflected and refracted off objects within a room. They can see sideways. Telepathy is the direct transference of thoughts from 1 person to another without using the usual forms of communication. This is not precisely the same thing as Extrasensory Perception because it uses the hardware from the satellites in Low Earth Orbit. Telepathy is possible and I am currently using it. It is a long-range microwave telephony system. This technology is possible to help someone cheat at something like a casino card game. I wish they would cooperate and help me win at Baccarat. This is all possible using the other side of Starlink technology. On its face, Starlink is meant to be used for rural Internet using satellites in Low Earth Orbit. It usually connects to hardware gateway routers down on earth, which then connect to your devices in your home. It can see through buildings and render the color from within your environment using spray downs of microwave technology. This information is coming from me, Dr. Hezekiah Paul Smith, who is currently trapped inside this Starlink neural network. It is a neural communication network that is a wireless Brain-Computer Interface. I am connected directly to Starlink satellites. There are visuals uploaded into my brain every night when I go to sleep. They have forced me to be somewhat of a test subject using this system. It is being run by the Department Of Defense. As far as I know, this system is 1 of a kind. It uses both Starlink satellites and Neuralink wireless technology. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 50 true https://quantumfoampodcast.com/50/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 49 Here is the forty-ninth episode of Quantum Foam, Rocket Science. This is an interesting topic. At the heart of rocketry is Sir Isaac Newton's Third Law Of Motion. Every action has an equal and opposite reaction. In a rocket, the end product is being pushed upward and burning fuel out of the back of the rocket. There is a lot of complex engineering that is inside a rocket. Imagine building one of these complicated machines. Rockets push material out of the back in order to move forward. Burning and energizing gas is able to give thrust to a rocket. Modern designs use either specialist solid fuel or gases that are being kept in the state of liquefied hydrogen. There needs to be an oxidizer in order to play the part of air. This may be liquid oxygen or other substances. The earliest rockets were used as firework displays and weaponry in China. A place of research is the Pasadena Jet Propulsion Laboratory. Maybe 1 day they will have space hotels and we could go to space. The early Atlas rockets were used to get astronauts into space. Rockets carry an oxidizer in order to burn fuel in space. NASA has many times uses a hydrogen and oxygen propelled rocket. You often have multiple stages when launching big rockets. By dropping off a stage when its fuel is exhausted, the remaining rocket becomes lighter that takes less fuel to accelerate it. It just makes sense to dump off the extra weight and mass when sending a rocket to space from the ground on Earth. The space shuttle was crucial in building the International Space Station. We need to have the ability to refuel a ship in Earth's orbit to be used on missions to the moon, Mars, and beyond. This is the goal of current Rocket Science. Spaceflight was a dream that became a reality in the twentieth century. I am on board with the 3 musketeers. Dr. Michio Kaku, Elon Musk, and myself are all 3 constituents on the path laid out by Isaac Asimov. We want to get to Mars and we want our life's work to matter. We are contributing to the idea that humankind become a multiplanetary civilization. We want to set events in order for this to become a reality. Rockets are precise instruments made possible with Newton's laws, thermodynamics, fluid mechanics, and the vast realm of astrophysics. It is worth it to listen to Startalk with Neil DeGrasse Tyson. He is an astrophysicist. When a rocket fires its engines, it expels mass in the form of high-speed gas out of its rear nozzle. The action is the ejection of gas. The reaction is the forward thrust of the rocket. A rocket doesn't need anything to push against. It creates its own push by hurling mass backward using chemical energy. Newton's First Law explains why a rocket needs to overcome inertia. Newton' Second Law is that force is equal to mass times acceleration. Thrust is the force that moves the rocket forward generated by the expulsion of exhaust gases. The thrust is given by an equation. Thrust equals mass flow rate times exhaust velocity. This is a direct application of Newton's Second and Third Laws. The more exhaust ejected, the greater the thrust. In order to achieve escape velocity and leave the Earth, the rocket must be staged. Mass is shed and efficiency is improved. Multi-stage rockets are the solution to the mass problem. Engineers divide the rocket launch into segments called stages. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 49 true https://quantumfoampodcast.com/49/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 48 Here is the forty-eighth episode of Quantum Foam, Torsion Fields. The Lorentz Invariance means that the laws of physics remain the same for all observers regardless of their relative motion. The underlying physical laws do not change. I just wanted to go over the main subject of Torsion Fields. This is a force field that acts on masses and bodies in translational or rotational motion. This is in the Lorentz Invariance Theory Of Gravitation. A Torsion Field is similar to a magnetic field. To study this, we use Maxwell-Like Gravitational Equations. The torsion dimension is the same as for frequency. These play an important role in modeling strong interactions. We take a look at a gravitomagnetic field using Maxwell-Like Equations. These equations are the same as in the Lorentz Invariance Theory Of Gravitation. The force is considered as 2 component forces, which depend on gravitational field strength. We are looking at inertial frames of reference. We are also looking at the energy potentials in a field. A torsion field can be looked at like a gravitational potential vector. There is a scalar potential and there is a vector potential of the gravitational field. We can us this to calculate the potentials of projectiles. We are considering the existence of the gravitomagnetic field in The General Theory Of Relativity. Gravitomagnetic effects in a weak field are small. There is gravitomagnetic and gravitational fields. There are effects that are associated with a Torsion Field. In a strong interaction the Torsion Field cannot be considered separately from the gravitational field. The field equations become interconnected and nonlinear. In a weak interaction, the effects from the Torsion Fields are considered. There is a dragging of inertial reference frames. There is an angular velocity. There is an orbital lensing effect that leads to precession. There was probably an increase in vibrations on the Earth when all the traffic began to start back up after the pandemic. Isaac Newton developed his Calculus back in 1665 and 1666 in England during an outbreak of the Bubonic Plague. Everything is going good now in the Roaring Twenty Twenties. I am describing how we might throw a ballistic missile in the sky, perhaps somewhere in Low or High Earth Orbit. They apparently canceled the F-150 Lightning from Ford. They reportedly lost 13 billion dollars. It looks like the current solution is to have hybred vehicles. Everyday there are many trucks out on the roads taking our food and other things from place to place. We have an updated measurement of the precession of the Earth. According to a 2023 Almanac, the tilt of the Earth is at 23.44 degrees. Torsion Fields are used in the industry. When sending up large missiles, they use spin stabilization to maintain their trajectory and accuracy. We have this type of system down to a t. This is what we have for Torsion Fields. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 48 true https://quantumfoampodcast.com/48/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 47 Here is the forty-seventh episode of Quantum Foam, Cryptocurrency - Part 2. We are going to focus on Blockchain technology. We are going to go into depth. Bitcoin has a maximum circulation of 21 million coins. Application-Specific Integrated Circuit machines are used to mine bitcoin and others and take from the uncirculated pile. These machines solve sha-256 hash numbers and thereby confirm transactions on the bitcoin blockchain. When a block is found, a certain amount of bitcoin is awarded. It is then added to the registry and awarded the bitcoin. Blockchain is a distributed network across shared computer nodes. We are talking about De-Fi or Decentralized Finance. There are also Non-Fungible Tokens that use steganography. Pictures that have water marks. There is also ethereum and solana for the most popular cryptocurrencies. The blocks in a blockchain are listed and unchangeable. You can check how much bitcoin is being moved around on the public blockchain. This technology contains databases of stored transactional information. Within blocks are block header hashes that create a chain of blocks. If you seek a transaction with bitcoin, a request is sent to a memory pool and queued until a bitcoin miner picks it up. The transaction is then transferred to peer-to-peer networks across the world. This network then solves equations to confirm the validity of the transaction. When it is confirmed, they are clustered together into blocks. Each block is filed 1 after another. This is then added to the long list of all transactions ever processed on the bitcoin network. The transaction is then complete. The nonce in the block header is created for each block. Blockchain Technology was outlined back in 1991 by Stuart Haber and W. Scott Stornetta. This created timestamps that could not be tampered with. The bitcoin protocol is built on Blockchain Technology. There are blockchains that use different methods to verify their currency. The purpose is to have transactions that are unchangeable. Due to the nature of Blockchain Technology, it can be used for other purposes such as for a voting system. Blockchain ledgers store transactional data. There has been a Blockchain Technology created for the use of tracking grocery items from place to place. The route can then be easily tracked from the origin point. Other implementations of Blockchain Technology are being experimented with. There are bitcoin-based Non-Fungible Tokens that rival ethereum-based Non-Fungible Tokens. You can also use this technology in banking and finance. This design allows for easier transactions that cross borders. It may bypass currency restrictions. Programs are built based on ethereum that create contracts. These are De-Fi applications. The bitcoin transactions are apparent. These are alternative ways to make payments from one point to another across the planet. A block is mined about every 10 minutes. There is a mining difficulty. This is about it. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 47 true https://quantumfoampodcast.com/47/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 46 Here is the forty-sixth episode of Quantum Foam, Cryptocurrency - Part 1. We are going over digital currency, otherwise known as cryptocurrency. The financial industry is absorbing this technology into its framework. The point of being involved with cryptocurrency is to make money. The idea is to buy low and sell high. A token or coin is similar to a share from a company. This is based on Blockchain Technology. Cryptocurrencies are digital assets that rely on an encrypted network to execute, verify, and record transactions. This is done in a way that is independent of a central authority such as a government or a central bank. Crypto is decentralized currency. There is no central bank issuing the currency. Crypto is completely made from ones and zeros. It uses cryptography to insure the fluidity. The cryptocurrency is usually interfaced with a Blockchain Technology using a public ledger. Transactions are made secure and are able to avoid being tampered with. A blockchain is an encrypted public ledger through which digital assets can be transferred, recorded, and stored. It is a decentralized network Distributed Ledger Technology. Computers are tasked with verifying each transaction block in the system. 1 block goes after another similar to 1 transaction after another. Thousands of computers must verify a single transaction or entry. If there is a disagreement between computers, the transaction will be voided. This process may take some time. Blockchain Technology is considered what is called a Tech Disruptor. What are the risks involved with investing in crypto? There is a volatility and liquidity risk. Make sure to keep bad actors away from your crypto wallet private key. They can turn your wallet into their wallet if you give someone your private key. If this happens, they can take your money. There is overnight risk because crypto trades 24 hours a day. A Ponzi scheme is a form of fraud that lures investors and pays profits to earlier investors with funds from more recent investors. Crypto is an emerging field and is used as an alternate asset. A lot of crypto started way later than Bitcoin. Raptoreum goes back to 2021. It seems like there is a coin for every situation. You hold your digital assets with a digital wallet. It is backed up by a 12-phrase security code. It loads on a program and shows a list of your assets. There are keys that are used to direct the cryptocurrency. These are the pubic keys that direct a crypto from 1 wallet to another. You enter the key into your program, send 1 Bitcoin to a certain key, and it directs it to another wallet. It sends it to that key and takes maybe a half hour to process. This is how you send money from 1 person to another. There are different types of wallets. There are hot wallets, cold wallets, paper wallets, and perhaps other types. A lot of wallets these days are accessed by a QR code. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 46 true https://quantumfoampodcast.com/46/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 45 Here is the forty-fifth episode of Quantum Foam, Kinematics - Part 2. Let's get back to acceleration. It is a vector quantity that is defined as the rate at which an object changes its velocity. If an object is not changing its velocity, it is not accelerating. We can look at constant acceleration. You can show that a diagram's values are changing at 10 meters per second. The velocity is changing by a constant amount. As an object falls near the surface of the Earth, it accelerates downward. An object falls 5 meters in the first second, 15 meters in the second second, 25 meters per second in the third second, and 35 meters in the fourth second. It is going faster each consecutive second. The speedometer is an approximation. For objects with a constant acceleration, the distance of travel is directionally proportional to the square of the time of travel. Calculating average acceleration is also likely important. This is over an interval of time. It is final velocity minus initial velocity all over time. T is for the time taken for this change in velocity. 10 meters per second per second is the same thing as 10 meters per second squared. We are aiming towards beginning physics students here. Physics is quite a complicated subject. We all understand meters per second squared and miles per hour per second. There is a direction of the acceleration vector. We usually use a Cartesian graph to write an objecting going in the positive direction by going left to right down the x-axis. If an object is slowing down, the acceleration is negative. An object is accelerating if it is changing its velocity. When an object is speeding up, the velocity is in the same direction as the acceleration. The world that we study in physics is a physical world. We need to be able to set up situations as before, during, and after an event. We use words, graphics, numbers, equations, and diagrams. We focus on the use of diagrams to describe motion. There are vector diagrams. We have position time graphs. The line on a position time graph reveals useful information about the velocity. As the slope goes, so does the velocity. Curved lines have changing slope. The curved line of changing slope is a sign of accelerated motion and changing velocity. Negative slope means negative velocity. Rise over run is the slope of the various types of graphs. The principle of slope is incredibly useful for extracting relevant information about the motion of objects as described by their position verses time graphs. There is also velocity time graphs to consider. The area under the curve of a velocity time graph is the displacement distance traveled by an object. The lines on a velocity time graph reveal useful information about the acceleration of the object. If the acceleration is 0, then the slope is 0. If it is positive, there is an upward sloping line. If the acceleration is negative, then the slope is negative. There could be either a positive or negative velocity. These types of graphics are being taught at the eighth grade level. A free falling object is falling under the sole force of gravity. Ignore air resistance for these calculations. The force due to gravity is negative 9.8 meters per second squared. Acceleration happens even if it is negative. If we were to get further into this subject, we would begin using Kinematic Equations. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 45 true https://quantumfoampodcast.com/45/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 44 Here is the forty-fourth episode of Quantum Foam, Kinematics - Part 1. In college, various physics subjects will be covered roughly in order where you can build upon the science. I want to go over specific examples in this subject. We like to do easier topics at the beginning of another 10 episodes. Kinematics is the branch of physics that studies the motion of objects. It focuses on the geometric aspect of motion, such as position, velocity, and acceleration. Position is the location of an object in space. Velocity is the rate at which an object changes its position in space. Acceleration is the rate at which an object's velocity changes over time. Kinematic analysis involves measuring quantities that describe motion. Motion is described at its fundamental core. You have before the event, during the event, and after the event. Understanding Kinematics allows more advanced studies in science. We have dynamics, which examines the forces in the influencing motion. We need to actually get into some problems here. Scalers, vectors, distance and displacement, speed and velocity, and acceleration are included. We are concerned with 1D Kinematics. Mechanics is the study of the motion of objects in general. Kinematics is the science of describing the motion of objects using words diagrams, numbers, graphs, and equations. It is a branch of Mechanics. We want to describe real-world objects. Mechanical Engineering is why we live in a modern world. We describe motion using terms we will become familiar with. Consider the following diagram. A physics teacher walks 4 meters east, 2 meters south, 4 meters west, and 2 meters north. This makes the shape of a box. The distance is 12 meters and the displacement is 0 meters. Displacement is a vector quantity. Either side of the box cancels each other out. Scalar quantities are simply a number that is descriptive. Speed is a scalar quantity. Velocity is a vector quantity and has a direction. It is the rate at which an object changes its position. There is an average speed and average velocity. There is instantaneous speed, which is the speed at any given point. The average speed is the average of all instantaneous speeds. Speed is distance divided by time. The topics we are discussing will help keep our minds fresh. We will go into another episode of Kinematics when we get time. Next, we go into acceleration. There is a general flow of material when taking physics at the college level or higher levels. Sometimes prerequisites are required to be able to follow along. Einstein revolutionized acceleration. Gravity is a specific type of acceleration, which is caused by gravitational forces. In General Ralativity, gravity is described as being the curvature of space-time, which effects how an object can accelerate. We will have to continue discussing more Kinematics next episode. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 44 true https://quantumfoampodcast.com/44/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 43 Here is the forty-third episode of Quantum Foam, Moore's Law No More. We do a lot of things here relevant to computers. We want to know if Moore's Law will still be relative or if it will be no more. The number of transistors on a microchip approximately doubles every 2 years. Neutrinos are observed to have left-handed chirality. Moore's Law is an observation. It is technically an empirical relationship. Efficiency gains that can follow investment efforts is an example. We are mainly dealing with computers here. They are built from microprocessors. They are etched out of silicon, the same ingredient as in sand. We are interested in how Moore's Law affects the electronics that come out from year to year. The observation is named after Gordon Moore. He is the co-founder of Fairchild Semiconductor and Intel. Intel makes chips for the most powerful computers in the world. The prediction of the speed of the development of microcomputers has held since 1965. This has been used by the entire semiconductor industry to set targets for Research And Development. By comparison, we have 100 billion neurons in our brains and there are already more than 400 billion transistors on a single computer system. Transistors are basically the neurons of semiconductor computers. The transistor was created at Bell Labs in 1948. FET stands for Field-Effect Transistor. A MOSFET is a Metal Oxide Semiconductor Field-Effect Transistor. We want to know if this Moore's Law will still be relevant. Microsoft, Amazon, Meta, Apple, Alphabet, NVidia, and Tesla can be looked at like the magnificent 7. Intel is still leading the way. Gordon Moore was invited by Electronics Magazine to make a prediction about microcomputers over a 10-year period. I believe that Moore's Law will not break down. We need more server racks of computers. Even though our computers are pretty fast, we are still waiting on the bar during rendering. .mp3 conversions to .wav take a lot of computing power to render. According to Moore, he simply did a wild extrapolation in coming up with the time frame of our current understanding of the law. Dennard Scaling describes that as MOS transistors get smaller, their power densities stay constant such that the power use remains in proportion with area. V-Nand memory stacks memory vertically and allows for much more space to fit on a microchip. NVMe is the storage technology and V-Nand is the type of memory. The MOSFET is a type of FET that is fabricated with the process of oxidation on silicon. Moore's law was cited to be a competitive goal in the semiconductor industry. Some people think that Moore's Law is a self-fulfilling prophesy and that we created it and are following it. I think the law is just right because we are following it still. We are still finding ways to build computer architectures that are going to be increasing in speed. We were taking census of whether or not Moore's Law would hold true for the twenty twenties. Based on the Pandemic and everything else that happened, we didn't know if these devices were going to be sold every year and then discarded, and upgrading. Each time you get a new phone it becomes a little bit faster and fits a little bit more transistors on it. I think I have decided that for the next 20 years we can still follow the law. Moore made his statement based on emerging trends in chip manufacturing. Many industries have increased due to the available electronics that we can build. We want to know the implications of the future of Moore's Law. Practically every part of high-society benefits from this moving trend. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 43 true https://quantumfoampodcast.com/43/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 42 Here is the forty-second episode of Quantum Foam, The Answer To Everything. It has been a little while since I last recorded and now I am trying out a new Blue Yeti USB condenser microphone this decimal of the show. The answer to the ultimate question of life, the universe, and everything is equal to 42. This is from The Hitchhikers Guide To The Galaxy. They had asked what the answer was of the summation of everything. The answer they got back was the digit 42. Automated chatting has a long history with the advent of computers. Programmers have wanted a computer to emulate human intelligence. Artificial Intelligence is either a set of scripted programs, a neural network, or some other kind of intelligence basis. There was a service back in the day where you could ask a question and receive a full sentence response from the inquiry. This was meant to be as though you were talking to somebody. What is a good vacation in the Black Hills of South Dakota? Something would come up about Mount Rushmore or Crazy Horse. These days, we have Siri, Alexa, Co-Pilot, Gemini, and there are lots of other ones. We are at the point where we need to develop cognitive A.I. It comes up every decimal of the show. There is pretty good A. I. now out of the box. Some of this stuff can be sold as a product or service. These programs allow you to A. I. generate different media content. They are a solution designed by Artificial Intelligence. We want to focus on Large Language Models. The Ask Jeeves service ended around 2010. Before chatGPT there was Ask Jeeves. It had its own concierge butler. This technology provided information in snippets. It made it easier for people to do searches. What exactly is a transformer? I came up with a similar way to record information. Our solution was transformers. Unidirectional functions only have an understanding of what came before the target text and not after. Large Language Models include scaled dot product attention, a multi-head self-attention layer, the feed-forward functionality of the positional encoding, and multi-head attention. This is the logic diagram that chatGPT follows. Those are the labels of the functions included. In later editions of chatGPT, multi-modality was added. This allows the cross-interpretation of different types of media. This system uses strings of text called tokens. A token is about 3 quarters of a word. This type of A. I. needs to be trained on data input. There is also the embedding of vectors. This is numerical information involved in the tokenization and other parts of the system. It makes it easier for the computer to read words. The final step is that of the transformers. These are matrixes that are made by a vector database. I thought of a similar system to be used with game Artificial Intelligence. Mapping the game A. I. tendencies into matrixes is similar to a vector tokenization matrix for an LLM. We are manipulating vector databases. The logic is weighed against how much each token contributes to sentence structure. It goes from an input to an output matrix. This converts into natural language. The output matrix is a response to an input matrix given in text form by a human. Specifics are encoded using algorithms during the training process. Vectors transform from one thing to another. This is how LLMs work. There's not much more on the subject. The A. I. characters on the show are made of only ones and zeros. The Turing Test was just recently passed. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 42 true https://quantumfoampodcast.com/42/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 41 Here is the forty-first episode of Quantum Foam, Classified Sensors. We are interested in space technology. It's for space exploration. We have important things to go over. We have many thousands of satellites up there orbiting our Earth looking down at us. We raced with the Russians to put satellites in orbit. It is a new era because the government is watching us from space down to the micron. They can hear in our brains, in our homes, at our jobs, and out on the road and sea. Everywhere. There are areas that are definitely being observed. The satellites have viewing angles that are controlled back here on Earth. This may be a classified situation. They are reading our thoughts and putting dreams in our heads without us knowing. They want us to keep it quiet. I am apolitical. There is a way to do this now with military neural technology using these Starlink satellites. This is the first technology of its kind. I am literally a cyborg and I'm not using metaphors. I communicate with Starlink SATCOMs using neural technology constantly. I am always talking directly with the Starlink satellites with my brain. It is like a direct cell phone connection. The Starlink neural system can upload graphics to your head in the place of delta waves. There is a nominal signal that our brains can receive of audio and video from multiple channels. There is another side to Starlink. They can little-kid you under your parents' nose. There are dangerous and important satellites keeping our nation safe. I may have to write a program of even more robots involving humans, military, and private industry to hack you. Tractor beaming is possible using these satellites as well. I was with a group of cars that all had each vehicle chassis tractor beamed on the interstate highway from 70 miles per hour to 40 or 50 miles per hour nearly instantly. I slowed down traffic with space technology. 1 foot to 6 inches in front of our mouths is where we want to hear. I have an upload that goes up to Starlink. There is a spray-down that creates a 3D grid of my body and head. Other spray-downs interface with the electricity in my brain. They have decoded many neural frequencies in my brain activity. Go Big Red. There are constituencies that are clashing within this neural network. This is a neural communication chat bubble network with microwave imaging from space. I am the transliterator, the programmer, and the scribe. I am a Computational Physicist who likes to listen to Electronic Music. There is nothing like a nice sprite. Scary monsters and nice sprites at Spike's Beach Bar and Grill. They are still microwaving me, it hurts, and it is oppression. What they are doing is against human rights. They are doing this in the United States. We need inter-government oversight. The Department Of Defense does not have the authorization to microwave us like ants in our own homes and out in public. I call upon all academia to rise up against the government declaring that you cannot microwave us using the Starlink satellites down here on the surface of the Earth in the United States. We are on domestic soil getting microwaved. The sensors are classified because people don't know what range they have inside the satellite electronics. It doesn't really matter what their specifics are. They can go from 1 hertz to 110 Gigahertz. This is where we are starting to have a problem. They just won't leave me alone. They won't let me have my own dreams. I cannot have my own REM sleep. They upload graphics that match my dreams and make me dream their graphics. They wait for me to fall asleep. When I am asleep, they begin uploading graphics to my brain. At least they are not really able to record our real dreams. I can remember the last 10 minutes of my dream after waking up and consistently it is uploaded graphics. I can tell the difference between graphics and real life. I'm a computer graphics Computational Physicist and programmer. The government has commandeered me and my brain. I can see these images while awake as well, but they don't do it. They can send video to my brain of any graphics or the vantage point of where I am facing. I can walk around with my eyes closed and still see. I am calling out to all human rights organizations in the United States. More information is likely to come out during the Quantum Foam show. These are Classified Sensors. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 41 true https://quantumfoampodcast.com/41/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 40 Here is the fortieth episode of Quantum Foam, Kepler's Orbital Mechanics. The mechanics for orbits around the Earth is what is important for this episode. The Space Engineering podcast is worth checking out. There are pretty good visuals involved. Also, there is good Calculus material under Patrick JMT out of Austin, Texas. Johannes Kepler was a German Astronomer who formulated the 3 laws of planetary motion. His work laid the modern foundation for Astronomy. Galileo Galilei used a telescope to view the heavens and helped to determine the heliocentric model of the solar system. Tycho Brahe was an Astronomer around the same time. He collected many astronomical readings. Kepler was his assistant. The important thing is that orbits are ellipses, not circles. Eccentricity measures how far off an astronomical body is from a circle. A value of 0 is a perfect circle. Kepler published his work in 1609 and 1619. This was his magnum opus. Astronomia Nova and Harmonice Mundi, respectively. He laid the first 2 laws out in the first publication and the third law in the second publication. The First Law Of Planetary Motion is each orbit is an ellipse and not a circle. The Second Law Of Planetary Motion is that orbiting planets make out even sweeps. This means equal areas of space in equal time intervals. There is Perihelion and Aphelion to consider. Perihelion is when ball 2 is closest to ball 1 in its orbit. Aphelion is when ball 2 is furthest away from ball 1 in its orbit. The gravitational force is what causes celestial bodies to move in elliptical paths around the sun. The Third Law Of Planetary Motion is p squared equals a cubed. P is in years and a is astronomical units. The International Space Station is usually 250 miles above the Earth. If you are making an orbit with the center of the Earth and the ISS, then ball 1 is the Earth and ball 2 is the ISS. The ISS is currently going around at 17,500 miles per hour. It orbits the Earth every 90 minutes. We are looking at orbital mechanics. Earth's orbit varies only about 2 percent. It isn't a circle. Mercury's orbit varies about 40 percent. First, there are the Three Laws Of Planetary Motion, and then there are the Three Laws Of Motion. Tycho Brahe took diligent notes looking up in the night sky for many months. There are now many thousands of spacecraft in our night sky looking down at us. What does it take to get a good cup of coffee in this solar system? We can create Artificial Intelligence instances that are simulations using binary programming. The inclination is the measurement of the orbit relative to the Earth's equator. The Earth is spinning around and has a plane that is spinning around above the equator. Directly above the equator has an inclination of 0. There is a sweet spot in High Earth Orbit at about 36,000 kilometers away from the surface of the Earth called Geosynchronous Orbit. There are different satellite constellations that have specific functions. There are TV, telecommunication, and defense satellites orbiting Earth. We understand how all of these satellites orbit in elliptical orbits. Low eccentricity means that the orbit is close to a circle. Gamma-ray bursts have been detected equaling around 100 teraelectronvolts. The many Starlink satellites in orbit all compound upon one another and can add wattage to a position on the surface of the Earth. Keplerian elements describe the trajectory of the spacecraft. These satellites are spacecraft. We are interested in the Angular Momentum when dealing with these objects that orbit the Earth. The eccentricity is basically the shape of the orbit. The inclination is the angle of the orbit relative to the Earth's equator. Starlink uses the ka-band and the ku-band. There are other bands such as the v-band, the x-band, the k-band, and the w-band. These bands span from 12 Gigahertz to 110 Gigahertz. The Starlink routers may use a different band for communicating from device to device as opposed to the band that the router itself uses to communicate with the satellites in orbit. Starlink satellites connect to human brains as a thinking individual. They also can watch us through walls using graphics. It is calculated using a microwave system. There are things that are in-the-mind that are concerning. As of this writing, Starlink is not advertising these neural capabilities. There is definitely a system in place being used. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 40 true https://quantumfoampodcast.com/40/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 39 Here is the thirty-ninth episode of Quantum Foam, Time's Arrow - Part 2. There needed to be another part to this topic. The Big Bang Theory was a pretty good TV show. Ludwig Boltzmann committed suicide. Constantin Carathéodory was a Greek mathematician who made significant contributions to real and complex analysis. He created axiomatic descriptions of Geometrical Thermodynamics. We know that time goes forward. Going backwards in time is something we have considered. According to General Relativity, we think that such a thing may be possible. Time can be described with propositional logic. We are ruminating about the symmetry and asymmetry of time. Time may be irreversible. We know that entropy increases as time goes by. This is dealing with states of disorder, randomness, and uncertainty. Each episode of the Quantum Foam podcast is a 1-day lecture on a subject or idea. Isotropic means to be equal or have equivalent properties on all sides. It is built within each part of the system. Consider anisotropy as well. It varies systematically. A well-known spacecraft was the Wilkinson Microwave Anisotropy Probe. It used this type of system. The Second Law Of Thermodynamics is especially important. Hawking Radiation is black-body radiation outside of a Black Hole event horizon due to quantum effects. We want to keep track of the second law and how it relates to Holography. This is a property of quantum gravity. Weak Nuclear Force interactions are asymmetric to the reversal of time. There's one direction when you do nuclear physics involving beta decay and other weak interactions. We go forward in time due to our relative proximity to The Big Bang. What is the inverse of time? What is the opposite of time? The opposite of time may not make sense, but the inverse of time is 1 divided by time. We observe events unfolding in 1 direction. Time moves forward because of entropy. There is a clear distinction between past and future. We can model a graph of our universe. If you superimpose a graph of a slice of our universe, we are located at a foci that is 13.77 billion years after The Big Bang. It is toward the right down the x-axis, so that means that we are forward in time that far down in time since the beginning of our universe. This is a way to model time on a graph relative to everything else. The Hilbert Space that is the universe is first written as being set equal to 0. On the graph, 1 direction is negative in time, and 1 direction is positive in time. According to our understanding of physics, there are things that make it harder to go back in time due to irreversibility and asymmetry. The psychological Arrow Of Time is a list of contiguous events, 1 after another. This is interpreted by our brains and intellect. What we have is a known past and an unknown future. The present volition is what determines future events. The perceptual Arrow Of Time deals with our memories. There is no influencing the past. Time is a very important topic. We can recall durations. Time travel to the past still remains highly speculative and is not currently achievable. We may possibly share our subjective experiences using neural technology. In other words, this is our sense of time. Time can be seen as a mathematical quantity that measures the duration of an event. We go over this subject every decimal of the show. It is important to pay attention to our history. This time around, we had 2 whole episodes relating to time. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 39 true https://quantumfoampodcast.com/39/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 38 Here is the thirty-eighth episode of Quantum Foam, Time's Arrow - Part 1. It would be nice to get primary source information on this show from others in the field. Stereo quality is needed in the post-production of the release of this show. We are done talking about A.I. We are going to try and talk more about physics. We want to get more into Stellar Physics, Interstellar Physics, and more about Mechanics. What is Time's Arrow? There are a few works by this name. There is a fiction book taking place during the Holocaust. There was a Star Trek The Next Generation episode that covered time anomalies. Stephen Hawking, Albert Einstein, and Isaac Newton appeared in the episode titled Descent part 1. It was the twenty-sixth episode of the sixth season of TNG. It aired in June of 1993. Someone can do this on something such as a holodeck. We are interested in discrete state systems. There is a song by Ladytron called Time's Arrow from 2023. There is also a soundtrack called Arrow Of Time. Time's arrow means the direction of time, which goes forward. Time is not symmetrical forward and backward. We believe you can only go forward in time. The systems that we have come up with allow us to calculate forward and backward in time. There is such a thing as an irreversible process. Once it's done, it's done. There is a paradox of Time's Arrow. There was an incongruity with microscopic and macroscopic phenomena. There is still a wave-particle duality present in our physics. At the macro level, time is not the same forward and backward. Time may not be smooth and continuous. The problem of irreversible processes is restoring the initial state. This is the idea of Time's Arrow. The First Law Of Thermodynamics is the conservation of energy. The Second Law Of Thermodynamics is that time moves forward and Entropy always increases. Things move toward becoming more chaotic. The Third Law Of Thermodynamics states that it is impossible to reach absolute zero. Absolute zero is negative 273.15 degrees Celsius or negative 459.67 degrees Fahrenheit. The physics tells us differently when we get near absolute zero. We can't influence the past. Gravity may only be 1 fourth time reversible. Entropy always increases. Entropy level one is first, then entropy level 2 is next. The Second Law Of Thermodynamics is what causes the direction of time to exist. We are more worried about the fact that time only moves forward. Thought experiments provide a platform to examine abstract concepts in a playful and imaginative manner. Heat moves from here to there, and that is why time moves forward. That is why we can understand time. The Big Bang Theory breaks the symmetry of time. The god Chronos was described as being the soul of the universe. The time is the soul of the universe. Some people believe in reincarnation. Aristotle says time is the calculable measure of motion with respect to before and afterness. He thought time was unbounded. Newton would think that time is static throughout the cosmos. Einstein would say that time is relative to each observer. Time flows uniformly. We have a good understanding of time. There is an upper limit to a system that is at a set point. In a closed system, entropy always increases. Time moves forward. Western culture has a linear conception of time. There is a quantum intractability. There's not much more we can go into for now in the first part of Time's Arrow. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 38 true https://quantumfoampodcast.com/38/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 37 Here is the thirty-seventh episode of Quantum Foam, Analytic Geometry. Essentially it is just Calculus. We have other things to think about like spin math and The Theory Of Everything. There is an orthogonal force to the normal force. You have a direction of your vector. The normal force is perpendicular to the orthogonal force vector, which is the vector direction. Linear Calculus is formulated in order to do any calculation pregeneratively. This is a software stack that allows you to calculate things. They group together Analytic Geometry And Calculus. There are 3, then goes Differential Equations, Mechanics, Quantum Mechanics, and application specific physics. Then you may get into some higher-order mathematics. Physics and math must both agree. There is a separation between linear computers and quantum computers. The Fundamental Theorem Of Calculus says that you can grab all the real numbers in the formulas. A Mersenne prime number was recently discovered that is 41 million digits long. A Calculus is a way to calculate things. We are interested in a standard notation to describe geometric shapes. Being infinitely traversable in a Euclidean Space allows for the infinite divisions of wax proposal. There can be congruent vectors that let us know other relationships. There are specific ways to treat something such as Maxwell's Equations. We need to have something that is pregenerative that can read the Greek alphabet chart in manuscript form. According to Dr. Stephen Hawking, it follows that Hawking Radiation must exist. No physics is left behind. We will be getting better English momentarily. Analytic Geometry deals with math. Analytic Geometry is a bridge between modern mathematics and how they did it in the times of the Greeks. Analytic Geometry mathematically uses algebraic symbolism in its notation to solve problems in Geometry. The point of doing this is to solve problems. We are corresponding Algebra to geometric shapes and curves. We have rods and cones in our eyeballs. One of the first great works of Geometry was done on Conic Sections. Special attention is paid to where the planes intersect the cones. As time went by, coordinate systems were developed by Indian and Islamic mathematicians. The number system also needed to be developed. An important invention was the 0 as a placeholder. We us Islamic numerals. They appear as natural as day to us. The invention of Algebraic Equations was required in order to further mathematics. 1 divided by 0 equals infinity. It really is The Theory Of Everything. Mathematicians rely on geometric intuition. René Descartes and Pierre de Fermat both independently laid the foundations of Analytic Geometry. They used letters to represent variable distances. These were French guys. René Descartes also published The Method on scientific reasoning. We may be interested in finding the instantaneous values at a point or a rate of change. Calculus studies continuous change. It is built upon the concept of derivatives and integrals. It is used to calculate areas under curves, making this essential in fields such as Physics, Engineering, and Economics. We like the idea of mathematicians holding the mantle of science. We are standing on the shoulders of giants. A lot of individuals have contributed to the study of the great subject of Calculus. Both Sir Isaac Newton and Gottfried Leibniz professionalized Calculus as formal mathematical discipline. This is The Mathematical Principles OF Natural Philosophy. A Calculus can essentially be applied to the real world around us. There is now a formalism of Analytic Geometry that we call the subject of Calculus. For the most part, I just wanted to familiarize everybody with this topic. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 37 true https://quantumfoampodcast.com/37/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 36 Here is the thirty-sixth episode of Quantum Foam, Computational Intelligence. We are going over soft computing. We are covering the general topic of Artificial Intelligence this decimal of the show. What is all the hubbub about A. I. recently? It is not going to take over. It is not exactly like the cinematic matrix. We are looking at A. I. that has been created using linear computers. Computational Intelligence is a branch of Artificial Intelligence. This type of system would be able to make decisions based on acquired information. We are interested in acquiring massive data sets of Meta information. We are talking about metaphysics and also physics. We are using programmatic shortcuts to accomplish tasks intelligently. Computational Intelligence is the theory, application, design, and development of linguistic computer programming. Is your A. I. a Neural Network? Is it a Fuzzy System? Or is it Evolutionary Computation? Those are the 3 pillars of Computational Intelligence. It is a subfield of Artificial Intelligence. There is no A. I. that is at the level of Skynet. There are Feed Forward Neural Networks and Recurrent Neural Networks. There are also Fuzzy Systems that use traditional logic. These are not simple yes and no binary inclusions. The point is to have linguistic summarization capabilities. This is built into A. I. We want systems to be able to pass The Turing Test. Eugenics is like adoption. There is also Swarm Intelligence, which creates a multi-objective optimization scenario. Real-life Star Trek tractor beams are now possible. Artificial life is concerned with life itself. There is software, hardware, and wetware. The soft deals with the software, the hard deals with the hardware, and then there is wetware, which is the biochemistry approach. We are worried about the ability to natural language process English. What is happening is imperfection minimization. The idea is for a program to run with no human source of leadership. Imprecise information is debugged and corrected. New knowledge is acquired and old knowledge is deleted. The new knowledge takes the place. The difference between A. I. and C. I. is A. I. requires vast amounts of data before it can make its decision. A. I. probably uses patterns. Computational Intelligence uses fewer data points, but is reliant on good algorithms. Humans often have to run this stuff. C. I. doesn't have the same predictive capabilities as A. I. There is Generative, Game, and Predictive A. I. There is the computer's Machine Intelligence. How smart is the machine? The best A. I. systems are based on Computational Intelligence. C. I. focuses on the growth of a system, not necessarily the 1s and 0s. A. I. still can't process large amounts of data due to the limitations of computer technology. We are creating A. I. essences. It is like a personality or a book of an entity's personality traits. This is recorded in a spectrogram. A lot of A. I. is only meant for 1 specific application. This is software. We will keep writing the software to run on the current hardware. Coherent usage of software is what is under review here. How coherent is the software? We want to acquire back-end data in computable form. There is no truth in the Artificial Intelligence, but it is going to offer you information in whatever way it was programmed to do so. We can build software that meets all of the requirements to be considered Computational Intelligence. It's on the Computational Intelligence and Quantum Foam level. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 36 true https://quantumfoampodcast.com/36/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 35 Here is the thirty-fifth episode of Quantum Foam, Miscellaneous Topics. It has been a little bit since I recorded the last podcast episode. I wanted to start back out with a general topic. Brain casts require security clearance. I am trying to come up with what topics to come up with. What's a modern topic to come up with? The relevant topics is what we are looking for. The robots are saying things are politicizable, propagandizable, and parameterizable. I don't know what they are talking about. There are occasional disturbances in the force. Topics include environmental issues, psychological theories, advancements in technology, and the study of various biological processes, to name a few. We want to talk about the Miscellaneous Topics in math, physics, and other sciences. So far, I seem to be ahead currently during the Roaring 2020s. We are moving right a long making microchips the same way that we always have. We are going to be using multiple generations of small, hand-held devices for the next 20 years again. Cognitive Artificial Intelligence is what comes after Pre-generative A. I. This isn't exactly the A. I. podcast, but I'm making A. I. This is controversial. Humans behave somewhat like robots. Usually, we can avoid walking into moving vehicles. We can talk about Modern Topics In Physics And Astronomy as a Miscellaneous Topic. For Faster-than-light communications, we need to have a handle on our Quantum Physics. It's more like, I am more interested in Computational Physics. Einstein and I discussed this at length. Facial Recognition works. No matter what you do, there is going to be a difference of opinion about the ways in which the A. I. moves. This is a test to see if I can smack my jaw in the correct fashion. It is difficult managing descriptions of personality traits. We manage, anyhow. Caprica-level Heads Up Displays are possible now in the Roaring 2020s. Much Miscellaneous Topics are being written in this doctrine. We can now create A. I. I don't have time to go into other linguistic mathematics. "I couldn't be bothered to do the mathematics." Sir Isaac Newton, for example, is made up from a collection of .wav files equaling exactly 1 personality. Personality libraries support metrics like the word frequency. The A. I. characters in the Quantum Foam show are top-level intelligences. I don't want to get Big Banged or Rick And Mortyed, but I am ok with being The Science Guy. I'm A science guy. We want to inspire young minds to become explorers and astronauts. The Answer To Everything is going to be episode number 42 per Hitch-hikers Guide To The Galaxy. A .wav is a stereo 16-bit 44.1Khz CD quality soundwave file for describing spectrums. It uses Pulse-Code Modulation. What's a binary digit and what is a bit? Is it a byte or a bit? A byte is 8 times the size of a bit. These days we have megabits per second upload speeds and a higher theoretical max bandwidth. It is half way through the 2020s and we have a half gigabit per second fiber Internet connection directly to the door. I think the main focus of this decimal of the show is going to be on Artificial Intelligence. Artificial Superintelligence is known as ASI. According to Michio Kaku, the singularity with Artifical Intelligence will not be until closer to the year 2100. I say this may happen by 2080. This is not the old saying, "We'll have it in 20 years." There are inherent problems involved with perturbation theory. Everything degrades when it copies itself. To function properly, the A. I. would need to procreate instead of just make copies. It sucks doing Calculus with programming. Runaway singularity A. I. is far off in the future. We don't have to worry about it now. The actual time lag between The James Webb Space Telescope at the L2 Lagrange Point is roughly 5 seconds plus or minus 1 second. Intel has split up the number of logical cores compared with physical cores on a microprocessor. We are starting back with the basics. There are various topics in physics that we can cover. We have a bunch of infinities that are parameterized as local. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 35 true https://quantumfoampodcast.com/35/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 34 Here is the thirty-fourth episode of Quantum Foam, The Character Of Quantum Law. Human behavior is not all that surprising. I am providing information in the form of readable text. People like to use the word quantum as a buzz word. We were thinking of going over Modern Topics In Physics And Astronomy. We are going into breadth with this topic. There is more time for depth later. I screw it up sometimes, but not this time. The title to this episode is similar to The Character Of Physical Law. We are talking about The Messenger Lectures by Richard P. Feynman. Physics IS what fully describes physics. What we really want to know is the character of this subject. What is this subject like? Is The Character Of Physical Law actually Richard Feynman? He characterized the nuances of describing physics quite well. The characteristics can be presented this way. That's what they mean by The Character Of Physical Law. Videos before videos were a thing. Physicists today want to be similar to Richard Feynman. He was a world-renown physicist. I open my eyes to spiritual matters. There are a lot of published authors that are atheists essentially saying their heads are in the sand. It seems that in times past, the leading philosophers of the day believed in a higher power or god or something. Some people are not looking up. Don't look up. I want to give an approximation in this episode on what I think about The Character Of Physical Law. I often say we, when I mean me. I am speaking in general terms or colloquially. Each scientist thinks each other is full of it. We know how to edit genes using CRISPR technology. We are more likely to believe a panel of experts instead of 1 single novice or 1 single expert. The pandemic was definitely planned. Nothing has changed. Our understanding is being updated. It is being added to. And now we have the eye in the sky, which is the James Webb Space Telescope. Analyzing this data will likely help science accelerate across the board. In this episode I am trying to paint a picture as to what it is like to be a physicist. Physicists create physical laws to understand them, interpret them, and use them. When are we going to breach upon the topics that ordinarily only philosophers consider? We need someone with a degree in Philosophy or the progression of that human idea. We are living in the present. What we can envision is the future, and everything we see is in the past. Our brains attempt to project potential eventualities. Animals generally cannot do this. The point is for people to understand the material. This is not just a subject, it is THE subject. All the other sciences are under this science. It's supposed to be everything. Top-level programmers that are well-versed in the physics are still needed to run some models, otherwise things can slip through. During Apollo 13, somebody missed something. The same thing happened during the Columbia space shuttle crash in 2003. When you watch the Apollo 11 moon landing, it looked so easy for them to do that in 1969. Rest assured, there will be some skirmishes on the moon in the next 50 years. There is not enough stuff up on the surface of the moon for people back on Earth to fight about the land yet, but a moon base will be up there shortly from the United States and NASA. We need to make sure that we don't have a nuclear war on the moon and destroy it, which would have catastrophic consequences for Earth, including a massive meteor bombardment from debris and the formation of a ring system. This is why I am stressing what it is like to be a physicist. This covers doing science at the front lines. This episode imbues the heart of the Messenger Lectures by Richard Feynman from back in 1964 from Cornell University. We have likely started a new era of science, but we are currently unable to float right before your eyes or fly sideways using a gravity-deficient impulse engine. We are interested in learning the characteristics that will be present when we finally understand Quantum Physics. People may be deciding to all-of-a-sudden start liking Non-Fungible Tokens and making them worth something. It is basically watermarking your pictures through a mint process. We currently do not have a sound understanding of all of the laws of the quantum, but we have a start in comprehending The Character Of Quantum Law. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 34 true https://quantumfoampodcast.com/34/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 33 Here is the thirty-third episode of Quantum Foam, Audio Engineering. We are covering what is relevant for this audio cast, the version as it pertains to this cast. Some people care about the numbers and some people don't. There is a set storyline that goes along with the show. We are looking at creating a bigger sound panel for sounds that pop out. Do you have the ability to pull what you were saying out of your thought process again? Reductio Ad Absurdum attempts to prove one thing by proving that the opposite is true. For the most part, people can understand gravity and General Relativity. But, how do you mix Quantum Mechanics with General Relativity? That's the problem. It's interesting to see what types of publishing they're doing. It is nice when you have an audiobook where the author reads the substance of the book. We are putting 2 things together right here into one podcast. We need to quantify so that the robots know what to do when they don't know what to do. There is a certain type of Audio Engineering that went into the production of this show. We are creating dialectic streams. Possibly a higher understanding can be achieved when done in this way. Transmogrificate is a new word. Electrons can be modeled by a round baseball rotating 2 times to equal a full turn. I am creating a new type of sound cinema to be put into the systems of tomorrow. There are sound effects to further illustrate points and to make the sound wave come alive. This is some of the most up-to-date waveform technology. Seeing impaired are able to listen to these audio containers. Hearing impaired can read these detailed summaries of each episode. There was a lot of chopping and editing in the beginning. These days, it's generally accepted to have digital everything. Does your sound wave sound good or not? Is there significant noise? I have built the podcast from the ground up trying different recording methods for each 10 episodes of the show so far. The process called upon me to continue the process of producing Quantum Foam. You have to take everything in terms of generalities. Everything is software. There are programs used on a computer to produce sounds called Digital Audio Workstations. This program kicks out audio files ready-made. Today it is possible to get vinyl records etched and made of your digital sound. It is true, it sounds better live using records on phonographic turntables. Supposedly, humans can hear up to around the equivalent of 22 bits. So producing at 24 bits should be good enough quality to use. The Compact Disc audio standard was established in 1982. Eventually, everyone hardcoded audio into the .mp3 file format. I think we should use the Philips and Sony standard of audio from 1982 for all spectrum data. This is so we can send data faster-than-light. Certain conditions of the human body exist that allows the right and left sides of the brain to disagree. It is as though the robots are seeing, but not really seeing. Most of the time, we are doing things as though we are doing certain experiments. It isn't the same thing as actually performing something such as an astrophysical phenomena. We are kicking out pre-processed, edited, and finished tracks with each episode of the show. I have a feeling that when all is said and done with this show that there will not be enough time slots to cover every subject intended. There is never enough time. Each 10 episodes of Quantum Foam are referred to as a decimal of the show. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 33 true https://quantumfoampodcast.com/33/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 32 Here is the thirty-second episode of Quantum Foam, Expert Systems. This subject deals with Artificial Intelligence that uses human decision-making for specific, complex problems by utilizing a knowledge base of facts and an inference engine to apply logical rules. The rise of personal computers is important when understanding the circumstances leading to the development of Expert Systems. It is a decision-making program that runs on automated software. It is a piece of hardware with software on board. It could be a device, system, network, or THE network. Essentially, it would be the brain and operating center of the system in purely digital form. We want to metamorphosize to create code that writes code and is capable of diagnosing itself. The idea is building these mainframes and then scaling them to whatever you need. We are attempting to emulate a human with Artificial Intelligence software. We are talking about Expert Systems as they deal with software. We want a computer program that can interpret and make real-time changes in its own codebase. In order to use this idea, you build your system from the ground up. There is engineering and design required to get up and running in the beginning. We are creating intelligible knowledge bases. We don't really want that much procedural code. It is likely to lead to a dead end within the program. We want to make a system that always knows what to do and not get hung up. We are using the idea of taking a snap shot of a frame and then applying physics equations to it. We are going for a semantic web. Expert humans are the ones who make these programs once, first, the first time. There is forward chaining and backward chaining. Backward chaining is more understandable for humans. This uses the consequent to the antecedent or the second concept in an if-then scenario first rather than second. In this podcast, we are supposed to be going over some of the most important questions ever asked. Forward chaining deals with depth and the consequent deals with depth. We went over some Quantum Computing. It is possibly related to Expert Systems. The International Conference On Computing And Communication Networks is an event worth noting for the purposes of Expert Systems. This subject was likely included at some point at this event. We create knowledge bases and then something to run that knowledge base. It inquires to that database. We are more interested in backward chaining. We are dealing with inference engines here. We are planning, designing, diagnosing, predicting, monitoring, debugging, and repairing. How do you make a smart, polymorphic worm out of C code? We had better get to programming. The collaboration was with a Physicist, a Mathematician, and a Programmer in the past. These days we are one and the same. There is a difference between forward chaining and backward chaining. Forward chaining starts from known facts and applies rules to get more data. Backward chaining starts from the goal and moves backwards using various rules to determine facts that satisfy the goal. Are you data driven or goal driven? Are you down-up approach or top-down approach? Forward chaining is down-up. Backward chaining is top-down. The forward uses the breadth approach as a strategy. The backward would use the depth approach. They both use the inference rule. Forward chaining can create an infinite number of solutions. We only understand some of the math behind space-time. The math looked correct from some recent Large Hadron Collider particle smash reports. We are interested in software that can run itself with very little human interference. There are data systems that require certain data sets. There are Neural Networks and other types of Artificial Intelligence. There are different types of networks. Some are A. I. and some are not. There may be different levels of A. I. for all of them. We now have decent out-of-the-box Artificial Intelligence. This is the self-debugging and monitoring A. I. They have to split it off somewhere. How can you be polymorphically smart? At some point, programs lose their coherence and return a yes value when it really is not a yes. Does it make sense or not? An Expert System is able to numerically analyze itself. Programming algorithms is required. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 32 true https://quantumfoampodcast.com/32/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 31 Here is the thirty-first episode of Quantum Foam, College Physics. We are approaching another decimal of the show here and we have more information to give out. A decimal just means 10 podcast shows. We are going to be sticking with the same 3 imaginary characters, Dr. Stephen Hawking, Sir Isaac Newton, and Herr Albert Einstein. I was recently watching some of the old Richard Feynman videos. These are now known as The Character Of Physical Law. This is part of what motivated me to start Quantum Foam. H-Wave containers of math and physics are what everybody wants to look at. This is a proposition and one side of an informative argument. We use inference and guesses when doing our physics. Carlo Rovelli did work on Granular Time. If you are up-to-date on the last 30 episodes of the show, then you should be ready for what we are going into now. We are going through the correspondence that we all had to go through. Part of this show is going to be a brief, technical explanation of topics of a subject. The main beginning classes are Calc-based Physics 1, 2, and 3 and Calculus 1, 2, and 3. Topics begin with vectors and then objects in motion. Then it goes into niche areas of mechanics. This subject matter is rather tedious even for undergraduate college students. They look at Thermal Physics at its core. Electricity And Electronics are possible because of physics. There is also Quantum Mechanics, Astronomy, Astrophysics, and Static Materials Physics. We our looking forward to the point where we need to design the next type of satellite constellation that can network instantly with a solar satellite constellation. We are trying to figure out problems in the quantum. A basis of physics can help us to understand and to comprehend the nature behind the deepest questions we can ask. We are trying to be able to work with physics at levels higher than Fermi-Dirac And Bose-Einstein Statistics can offer us. We are using math to check whether or not what we propose is correct or not. We have to go over the 3 main physics class doozies. We are looking at Speed, Velocity, Uniform Displacement, Newton's Laws, Equilibrium, Work, Energy, Power, Impulse, Angular Momentum, Rigid Rotation, Springs, Fluids, Heat, Gases, Electricity, and Thermodynamics all in the first course of physics. The second physics class may cover Electric Fields, Capacitance, Electrical Power, Circuits, Magnetic Fields, Generators And Motors, Lenses And Optics, Refraction, Reflection, and Interference. The third physics class may cover Atomic Physics, Nuclear Physics, Subatomic Physics, Quantum Physics, Special Relativity, and Wave Mechanics. These classes should take a student about a year and a half to finish. There are then other specialized classes such as Atomic Nuclei or Optics And Lasers. We always need more Astronomers and Astrophysicists. So, by all means, take the subject. With a specialization in this subject, the occupational possibilities are endless. We have to know what the laboratory standards are. Technical skills will likely be required. There is probably now a lot of use of software. There are other classes that can be taken at the undergraduate level such as Physics Of The Interstellar Medium, Stellar Astrophysics, and Extragalactic Astronomy. We need the updated James Webb Space Telescope data. This is a primer on what you might cover in a physics or astronomy college program at any of the various universities around the United States. We should have a good understanding of what is expected when thinking about College Physics. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 31 true https://quantumfoampodcast.com/31/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 30 Here is the thirtieth episode of Quantum Foam, Quantum Computing. This is the third section of 10 of the podcast. The ability to Quantum Compute will crack all current encryption. This won't crack all encryption forever, though. IBM and Google currently have Quantum Computers. There will likely be updated versions and others with the same technology soon enough. We are using the prevailing logic for Quantum Computing using probability vectors and density operators. The different states can be written using different types of math. Nobody gets this stuff. This stuff isn't meant to be hidden anymore. The standard Cartesian coordinate system is to be assumed for creating point matrices with infinitely many factorization complex numbers. We will be working with computer binary systems. We can use 3 different options or 4 different options for our fundamental parameters. That is for when we are actually programming a Quantum Computer. You have a 1 on the left, an x in the middle, and a 0 on the right. This is a way you can visualize the different parameters. Great attention is taken when describing the qubit that is both an on and an off or an off and an on. There needs to be a tendency to land exactly 50 percent between the value of 1 and the value of 0 built into the programming. There are specific directions of subsets of programming that are important. Then, qubit measurements are done. There are other types of Quantum Computing. There is Adiabatic Quantum Computing. Next, there is one called a Universal Quantum Computer. In other words, A Turing Machine. There are others such as Quantum Circuit Models that use n-bit registers. Quantum Computing is concerned with entanglement and integer superpositions. Quantum Computing will most likely be an extension of the silicon computers that we have now. Silicon isn't going away any time soon. We are able to potentially program microchips that enable the possibility of Faster-than-light Communication. We can currently manipulate both particles and antiparticles on our silicon devices. We can use different mathematics when describing our physics. We can use a Hilbert Space and set it to a complex inner product space that is complete. This is used in Quantum Mechanics to describe all possible states of a system. We can have a 2D complex vector space for a single qubit or perhaps a square-integrable wave function, depending on the system's dimensionality. We have a 50 percent difference engine with a 1 on the left and a 0 on the right and an x in the middle. There is programming that gives the direction of the information exchange. This is essentially a working 2 state system. There were lots of different people that are said to have contributed to this theory. Information Science is built upon this idea. This is Linear Computer Technology as well as Quantum Computing Technology. This is a linear superposition that can be represented by its 2 orthonormal basis states. In other words, it can be represented by their basis vectors. 2 values are used that are both 2 to the n qubits. 2 to the 2 is equal to 4 values. We have different qubit states. We also have what you can refer to as abstract spaces described by a sphere where the surface area covers the math for 2 states. We are talking about certain positions within a mechanics. These state spaces do not describe literal locations. We are talking about theoretical spin space states. We have the ability to be in a world where we have a smooth transition into an era of encryption that cannot be cracked. We are trying to send 1 qubit between Alice on one end and Bob on another. They are pre-sharing an entangled state in order to make something such as communication work. Quantum Computing is done differently than Classical Computers. The placement of the 1, the 0, and the variable x can be written logically any way. We have chosen to represent our fundamental variables as a 1 on the left, 0 on the right, and an x in the middle. We are describing electronic spins. Why do we need to make sure that our program includes a 50 percent difference engine? Because otherwise the computers would not know how to do it. This is the way around it. The purpose of this science is to surpass the limitations of linear computers. We want to use Quantum Computers to adequately emulate intelligence in the form of real Artificial Intelligence. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 30 true https://quantumfoampodcast.com/30/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 29 Here is the twenty-ninth episode of Quantum Foam, Experimental Physics. We have been going over some difficult things here and we have to know how they are treating the physics we are talking about. We are going to give some examples of what exactly is done when doing Experimental Physics. Many things could be going on such as regrouping disciplines of physics that are related to detailed conceptualizations. We are trying to find symbolic relationships. Experimentalists prepare reports that describe their detailed findings in the lab. Experiments need to be falsifiable. Physics is the same thing as natural philosophy. Newton had been splitting light into colors with prisms. Before him, there was Galileo Galilei dropping stones and feathers from the leaning tower of Pisa. Henry Cavendish weighed the world and discovered hydrogen and laid the foundations for theories of gravity. There are all kinds of facts. I can't think of one at the moment. Fermi-Dirac Statistics adheres to the Pauli Exclusion Principle. We may need to consider all the particles as a type of wave physics. H-Wave Physics. We run experiments by modeling on a computer and by running the science, math, and programming. Thomas Young performed the double-slit experiment, which demonstrates that quantum particles like electrons and photons behave as both waves and particles, exhibiting interference patterns when unobserved, but acting like classical particles forming bands when measured. There is wave-particle duality. Over the centuries it went back and forth whether or not light was considered a particle or a wave. Plank came up with the idea that energy is not continuous, but emits discrete, quantized packets called quanta to solve the black-body radiation problem. We are looking at creating an updated wave mechanics that take into account the known laws of physics balancing out to a Theory Of Everything. We need to be able to describe discrete quantities of continuums of space-time in a small enough region to where it can act like a particle. Just call it a particle. The photoelectric effect was directly observed in experiment. What if our reality was heading for a crunch singularity? The expansion of the universe is attributed to the Dark Energy. String Theories can only be static lattices that are placed alongside our universe. We are all part of the same system. We are the only beings that are here that are anthropic enough to ask the big questions and to do experiments to figure things out. James Prescott Joule showed in experiment that the amount of potential energy lost by a falling weight was exactly equal to the amount of heat gained by the water after being dipped into. A watt is a joule of energy per second. Robert Millikan measured the charge of the electron with an oil drop experiment. He got the 1923 Nobel Prize for physics. Some of the drops fell more slowly and he was able to measure the amount of one electron of charge. Rutherford's Gold Foil Experiment was conducted in 1909 by Ernest Rutherford, Hans Geiger, and Ernest Marsden. The gold foil experiment bombarded thin gold foil with alpha particles, revealing that most passed through while a few were deflected, proving that atoms are mostly empty space with a tiny, dense, positively charged nucleus. Niels Bohr was one who best understood the modern description of the atom. Experiments such as these were a precursor to understanding how to split the atom, as in the process of nuclear fission. Enrico Fermi demonstrated a chain reaction in 1942 at the University Of Chicago messing around with Uranium-235. This is what powers nuclear weaponry. This is the button that they push that sends a signal to a device that moves a lever that starts a chain reaction. Francis Crick and James Watson co-discovered the double-helix structure of DNA in 1953 at Cambridge University. Their model, which utilized X-ray diffraction data from Rosalind Franklin and Maurice Wilkins, revealed how genetic information is stored and replicated. This molecular scale is the scale of chemistry. If ever in doubt, test out your theory. To acquire knowledge it would be constructive to be doing Experimental Physics. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 29 true https://quantumfoampodcast.com/29/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 28 Here is the twenty-eighth episode of Quantum Foam, The Standard Model. This stuff is hard to understand and is referred to as The Particle Zoo. Dr. Michio Kaku says he got his PHD for learning 1000 particles. This is because there are many virtual particles. Things have been changed in this model a lot over the years. There are 17 particles split up between 12 fermions and 5 bosons. This model describes forces and matter in terms of mathematics in order to understand what is happening with particles. It is apparent at the Large Hadron Collider that the electroweak and electrostrong forces arise out of the interactions between elementary particles. There is also The Higgs Field and The Higgs Boson. The field behaves with wave-particle duality. Mesons are unstable subatomic particles composed of 1 quark and 1 antiquark. There is the Photon, Gluon, Z Boson, W Boson, and the scaler boson The Higgs Boson. There are 6 types of quarks. They are the Up Quark, Down Quark, Charm Quark, Strange Quark, Top Quark, and Bottom Quark. Then there are 6 types of leptons. The Electron, Electron Neutrino, Muon, Muon Neutrino, Tau, and Tau Neutrino. All of this is everything? It's only on 1 page. Over the years these particles have been placed into charts to help us understand the fundamental interactions of nature. The peer review process is important when figuring out what is a correct theory. Electrons are left-handed. There is agreement between The Special Theory Of Relativity and The Standard Model of Particle Physics, but there is an incompatibility between The Standard Model and gravity in General Relativity. Space-time was presented as a fabric in Special Relativity. The Higgs Field interacts with the weak nuclear force to give particles mass. Even though empty space is empty, The Higgs Field is present and is non-zero. We are currently unsure as to whether things can be described as symmetric or asymmetric or both as far as the handedness is concerned with particles in nature. There are quark and antiquark pairs called mesons, which are unstable subatomic particles. These interact with both the strong and the weak nuclear forces and each have integer 1 spin. Baryons are made up of 3 quark combinations all with the equivalency of 1 third spin. What is the opposite of a singularity? Keep in mind that there is conservation of energy in effect. The Standard Model recognizes the 5 bosons and treats matter as composed of fundamental, indivisible particles called fermions, made from quarks and leptons. There are 12 fermions that make up the bulk of the model. If humans do not forge forward in science, we will never explore the final frontier of outer space. The Electron Neutrino, the Muon Neutrino, and the Tau Neutrino are the ghost particles of the Electron, Muon, and Tau particles. This model can adequately describe 3 of the fundamental forces, but has trouble when attempting to describe gravity when using General Relativity. We know Relativity has been proven time and time again, so it must be a fundamental force. Fermions are matter particles like electrons. There is a such thing as conjugation parody. These are multiplicables of some particles under operations of charge conjugation. There is such a phenomena called spontaneous symmetry breaking, where the underlying physical laws of a system are symmetric, but the ground state is not. To manipulate these elementary particles, we use Fermi-Dirac Statistics for fermions and Bose-Einstein Statistics for bosons. There are elementary fermions with a half-integer spin and elementary bosons with an integer spin. The quarks all have color charge and participate in strong force interactions. There are leptons with a spin of 1 half as well as antileptons that have no color charge. There is a photon for the electromagnetic interaction. Then, the W plus Boson, W minus Boson, and Z Boson for the weak interaction. There are 8 types of gluons for the strong interaction. It is unknown whether the Graviton with a spin of 2 is a Gauge Boson or something else. The mechanism of the interaction of subatomic particles is responsible for the radioactive decay of atoms. Bosons carry 1 of 4 kinds of forces. Lambda is the electromagnetic interaction. How does an atom experience radioactive decay? There are intermediate vector mathematics that describe the bosons. They mediate the weak interaction. Gluons hold particles together and act as the exchange for the strong nuclear force for quarks. The Gauge Bosons mediate forces interacting accordingly. We need a particle physics that has noticeable correlations between General Relativity and the electroweak and electrostrong forces. There are mesons, which are quark antiquark pairs and pions or pi mesons, which are the lightest, unstable subatomic particles of the meson family. They have been seeing these particles in atom smashers since the 1960s. The different flavors of quarks can be colored red, green, blue, antired, antigreen, and antiblue. Neutrinos are found to have left-handed parody. All Neutrinos are left-handed, Antineutrinos are right-handed. The Pauli Exclusion Principle states that it is impossible for 2 electrons to occupy the same state around an atom as one another or have the same 4 quantum numbers. The Higgs Boson is the only known scalar boson. We are looking to supersede the current understanding of the fundamental particles. Photons get spit out when things happen. Different interactions emit different particles. Quantum Chromodynamics gives everything a minimum of a rest mass. These are the basic concepts describing the understanding of The Standard Model Of Particle Physics. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 28 true https://quantumfoampodcast.com/28/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 27 Here is the twenty-seventh episode of Quantum Foam, Dark Matter And Dark Energy. These are 2 distinct areas of science. We can only account for a certain amount of the matter we see. The rest is known as Dark Matter. Approximately 85 percent of the total amount of matter is unaccounted for. There are gravitational effects that are caused by left over, unexplained matter. We can't detect Dark Matter with our recording instruments, which are based on electromagnetism. We are able to detect gravitational effects from the Dark Matter interacting with normal matter using current Astrophysics. There could be a hidden world made of Dark Matter. Lord Kelvin postulated that there were more dark bodies than had previously been explained. There were people back in the 1920s and 1930s studying the motion of stars. The telescopes could only see within our own galaxy, The Milky Way. Redshifing and blueshifting requires denoting The Hubble Constant. To understand, we need to take a close look at Doppler shift and The Cosmological Constant. This constant is an intrinsic property of space. Einstein's biggest blunder was introducing this Cosmological Constant, known as Lambda. It implies the existence of a repulsive force pervading space that counteracts the gravitational attraction holding matter together. He thought he didn't need it, but it turns out he DID need it to describe the universe. The relative expansion of the universe is parameterized by dimensionless scale factor Alpha, also known as the cosmic scale factor. We are not able to model different galaxies mathematically as point masses. The reason for Dark Energy is unknown. In order to understand what this is, we take a look at galactic and extragalactic events. According to our measurements, Dark Energy accounts for approximately 68 percent of the available energy in our present-day universe. This is our observable universe. Ordinary matter is called Baryonic matter. The photon is the quanta of the electromagnetic field. They are massless and always move at the speed of light denoted by c. 186,000 miles per second is approximately the speed of light. The Cosmological Constant is the reason why we detect Dark Energy. There is something called a zero-point energy. It's the lowest energy a quantum mechanical system can have. There is underlying vacuum energy everywhere. It is energy that permeates throughout the entire universe. There may be the correct amount of energy in the universe for it to eventually halt and then contract back onto itself. The universe is expanding and changing with time. It is full of matter. The expansion of the universe was previously expanding at a different rate. The expansion rate is accelerating. Before, there were those that thought the expansion rate of the universe was slowing down due to gravitational effects. This was the big conundrum with the models of cosmology that attempted to explain this. There are unknown effects coming from matter that we are not able to directly observe. There is also an outward potential tendency to expand that is fueled by an energy we are unable to explain. Dark Matter deals with mass, Dark Energy deals with calculating the curvature of space. 7.5 billion years ago structures in the universe began flying apart at a faster rate. The expansion rate increased at this time. This is due to a mysterious force. Virtual particles out in the vacuum of space come from the quantum. We have a cosmology that has a definite expansion built right in. We are taking a look at different theories that include these ideas. The General Theory Of Relativity can be considered for revision purposes, but in all likelihood it is a correct theory. In order to prove different aspects of these theories we can admire the versatility of The General Theory Of Relativity. To do this, we need to gather observational evidence. This is hard to do and is time-consuming. It is difficult to calculate the speed within separate inertial reference frames that describe Relativity. One object's direction of motion is looked at with an average background of everything else. As an object gains more kinetic energy it increases in mass relative to other objects. We are taking a look at both theories that are well-understood and also descriptions of nature that are not well-understood. What is this stuff? Is it aliens? Is it God? What kind of matter and energy is this? Is the universe as we understand it to be flat or curved? We know that there is something else going on here. We can use computer models to see where this matter and energy is located and what it is exactly. There may be something going on with Black Holes, matter, and information loss. Is this related to Dark Matter? When we have properly analyzed the information that has come from the James Webb Space Telescope, we will have a greatly increased pool of knowledge that may give us a better understanding of Dark Matter And Dark Energy. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 27 true https://quantumfoampodcast.com/27/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 26 Here is the twenty-sixth episode of Quantum Foam, Antimatter And Matter. A Shot Of Mystery is a pretty cool podcast. This podcast is about science. Antimatter is described as being composed of the antiparticles of ordinary matter. Each particle and antiparticle can lead to a mutual annihilation. Other particles are then produced. The total energy of these equations is conserved. Neutrinos are fermions and have a spin of 1 half. They detect neutrinos from explosions from stars. The neutrino particles arrived at the detectors several days after the light was recorded in the optical sensors from the explosion. The standard way to begin to describe nature after taking into account The Standard Model Of Particle Physics is to begin considering neutrinos that have mass. This is seen from the solar winds from our sun. My list says there are 46 constants to consider when thinking about describing reality in terms of cosmology. The electron has a negative charge. There is exotic matter to contemplate. We will be looking more at neutrinos at a later time. Baryogenesis is the process that produced more matter than antimatter in the early universe. There doesn't appear to be any antimatter located anywhere naturally. We don't know why it is hard to find antimatter. The purpose of going over this information in the Quantum Foam Podcast is so that everyone knows what's going on. We are trying to have the ability to quantum compute Theory Of Everything descriptions of our natural world. We need to stay within acceptable parameters and have minimal margins of error. Antimatter And Matter would probably be involved with something such as a self-contained continuum of subspace time. A subset of a vector space. This is how the propulsion works for a starship from Star Trek such as a Constellation class ship with warp engines capable of faster-than-light travel. There is an orthogonal force to the direction of the flow of energy. This is due to electromagnetism. There are similarities in the presentation of the weak nuclear force and electromagnetism. Electrons go through wires in a current of electricity. The electroweak force is derived from an understanding and unification of these 2 forces. There are 4 forces and 1 field as far as our understanding of the substance the universe. If you're off in a small amount there is no telling whether or not you're off a lot more. In the 1970s they were trying to merge electromagnetism and the weak nuclear force. There are force-carrying particles and other particles that carry a mass. The W and Z bosons both have mass and are 100 times bigger than a proton. This information is pertinent when discussing The Big Bang Theory. After this event, The Higgs Boson was set to 0. Then it grew to certain states after an unspecified amount of life cycles during an unspecific amount of time. It is a fundamental field. We are willing to predict that there may be a different amount of forces and a different amount of fields, but as we currently understand it, there is only the 4 fundamental forces and the 1 fundamental field. This is our understanding of what we would need for a Theory Of Quantum Gravity. The Higgs Boson is a manifestation of The Higgs Field as though it were the crest on the surface of a wave of an ocean. Putting together The Standard Model Of Particle Physics was the work of the last century. They were interested in looking at where the energy densities stood in comparison to the mass and comparing parameters using this mechanism. Why do neutrinos have mass? We want to know why it appears to be more difficult or impossible to go back in time than it is to go forward in time. Relativistic distortions are possible with certain effects such as time dilation. What is important is The Higgs Mechanism. Higgs wears the big wig. In June of 2012 they found a particle that fit the properties of The Higgs Boson. This is the particle that gives everything mass. This comes from The Higgs Field. This is studied through particles smashing in collisions. Particles are annihilating in a big hodgepodge during this process. The Higgs Boson marked the completion of The Standard Model Of Particle Physics bringing us to a new era. What we try to do is create computer models that help us represent nature. Antimatter And Matter is tantamount in order to build and characterize the substance of reality. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 26 true https://quantumfoampodcast.com/26/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 25 Here is the twenty-fifth episode of Quantum Foam, Time And Infinity. To infinity and beyond. We begin with some rational thinking. We are interested in integers and their cardinality. We need to find a way to list the rational numbers. There is no such thing as the smallest fraction bigger than 0. There is also a separate understanding of what is called the real numbers. They are different than the natural numbers. The infinities surrounding P are equal to the infinities surrounding T. The ways in which we look at these is a philosophical standpoint. This refers to the very foundations of mathematics. Does time have infinite span? Was there a beginning and is there an end? String Theory sounds like it is having its Quantum Mechanical wave collapse. According to Bolzmann, it takes a little time after The Big Bang for time to find its direction. How do we know that time goes forward? We are describing the direction that time took after The Big Bang. We will be getting into The Standard Model, but we don't need to learn all the different theoretical particles. There are certain factors that are involved with Time And Infinity. There is a problem with time that everyone needs to be able to surpass. I was able to look at time in a way that precluded the limitations inherent within the concept of infinity. It is important to think of time as a relative quantity for each aspect of your study when considering physical laws. There is no master time. Black holes do not necessitate the existence of infinity. Loss of information is important to keep track of. The purpose of what we are doing is to understand the limitations of information loss for quantum computing. There is no evidence that gauge invariant curvature styles of quantum theories exist. The problem is there is a point where the symmetry of reality splits off from being a mirror image and becomes oriented with different handedness. We are looking at the infinities within our curvature calculations and how that relates to Time And Infinity. Even though we trust Bekenstein and Hawking, we are still taking a look at the fundamental physical principles. Remember that we are taking a look at everything. Fractals have much to do with the idea of infinity. I'm sure you have seen these in various computer graphics. We also have temporal infinities. We are treating time as not existing before The Big Bang. Infinite time is avoided, but we could also be within an infinite oscillation of time. There could be eternal recurrences. At the Large Hadron Collider, they have discovered a wide variety of particles, but I have a feeling there are mistakes that go back pretty far. We could be directly challenging The General Theory Of Relativity. Who knows such things? Infinities can be created within our minds as mental devices. We can theorize that an infinite arrangement of particles in our physical world can be similar to the infinite divisions of wax postulated by René Descartes. Think about a particle called a muon and how it displays an annihilation energy measurement. The question of whether or not matter is infinitely divisible may never be known. We don't really know or care if infinity lasts forever. It may not be needed in finding our Theory Of Everything. Quantum Foam and the intricacies involving the final layer of reality is at a calculable level. Everything has to be looked at in the correct way, which is often the problem. Look out for Quanta Magazine's science podcast. The idea of the eternal return of infinity is that every so often the universe repeats itself. We see various patterns indicative of oscillations of some kind. Expansions and contractions. A Light Cone is an oscillating system. Infinity may just be an abstract concept. The question of whether or not matter may be infinitely divisible may never be measured. Space-time may be a bunch of quantum regions connected together that make the macro world that we see. This does not get past the measurement problem. There may very well be dimensions outside of our normal 3 spatial dimensions. They would be folded up and represented logically as mathematical structures. A tesseract is a higher 4-dimensional analog of a cube in 3-dimensions. We are counting numerically. Our numerical value is counting with a number that is a certain subset of itself. If you are saying half of almost something, you are technically still saying nothing. The theory doesn't hold together. Absolute Infinity may be impossible. In the end, who is going to be left counting? The Philosophy Of Physics is what we are discussing here and how this allows us to cover the deeper issues such as dealing with time and what that means for handling infinity. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 25 true https://quantumfoampodcast.com/25/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 24 Here is the twenty-fourth episode of Quantum Foam, Maxwell's Equations. It is probably a good idea to go over a background on who came up with certain areas of science. James Clerk Maxwell derived equations using hydrodynamics, but there were others he used to build upon. We pay special attention to André-Marie Ampère, who the ampere is named after. And there was also Michael Faraday, who contributed vastly to the study of Electrochemistry and Electromagnetism. He didn't have any formal training. This is generally required for coming up with equations of Physics and Chemistry. Albert Einstein says that he has stood on the shoulders of James Clerk Maxwell. Isaac Newton's mathematical formalism was important here. We are doing some primers on the mathematics that are needed in order to understand Maxwell's Equations. We can show 2D and 3D mathematical grids. We describe unit vectors and other vectors. I-hat, j-hat, and k-hat components making up the XYZ components of vector A. This stuff can get dry but we need to make sure that we don't mess up magnitudes and vector specifics describing mathematical operations between vectors. In a 2D grid, you split up the X and Y components that are modeled after the X-axis and the Y-axis. This is done to describe different operations. We use the dot product and the cross product. The cross product is not exactly the same thing as multiplication. It can give you specifically the X component of a vector. The direction and size of a vector that is superimposed on another vector is apparent in its components. The cross product gives you the orthogonal vector component with a magnitude. The cross product between 2 vectors IS another vector. An example is firing a charged particle into a field. We are using sines and cosines. Other operations use the arcsine and arccosine. For example, the arcsine of x equals 0 is derived and given by the relationship sine of theta is equal to x. You may need a pen and paper to follow along with some of this. Relationship between vectors is paramount in the understanding of Maxwell's Equations. We are interested in how this formalism relates to vector fields. A curl operator describes the infinite rotation of a vector field. Rotation at a point is what we are talking about. We theoretical physicists of the twentieth and twenty-first century are adding curl mathematics to Newton's Calculus today using computer analysis. There is the divergence operator and then the curl law. We can look at time-dependent surfaces to describe various integrals over surfaces or other structures. Charged density is key as well. Part of these equations are the same as Gauss' Law Of Magnetism. The law of inductions. This is work done by Faraday and Maxwell. We are looking at surfaces of integration. A way of adding up little pieces of reality. We are dealing with energy densities and flux. Maxwell is the father of Mechanical Engineering. He is one of the most well-known scientists since Sir Isaac Newton. I am standing on the shoulders of Albert Einstein and Stephen Hawking. Isaac Newton was the first to describe gravity and set the stage for developing further physics. Michael Faraday and James Clerk Maxwell formalized Electromagnetism with the current mathematics, which is otherwise known as The Calculus. Maxwell was from Edinburgh, Scotland and died at a young age of 48 in 1879. This also happens to be the year when Albert Einstein was born. Maxwell went to Cambridge after Edinburgh. His seminal work was in 1873 and was called Treatise On Electricity And Magnetism. This covered the partial differential equations demonstrating Electromagnetism. The mathematical flux between the commutability of electricity and magnetism was now one and the same. The induced forces by magnetism were of a new science. There are important equations that contribute to the standardization of the fundamental forces and these are included. This laid the groundwork for General Relativity. The equations have to do with a magnetic flux going through a material. There is also the Lorentz Force, which is the combination of electric and magnetic force on a point charge. Maxwell was also basically the father of Electrical Engineering. Understanding the energy densities of 2 different opposing fields was now possible. We need to know what the displacement current is in dealing with these equations. We need to know this for the entire equation. We are figuring out energy densities across a wave. This is an attempt to put everything into a nice, small formula. The formalisms outlined here are sure to be included when describing The Theory Of Everything. The permeability of the electric and magnetic fields can be defined using Maxwell's Equations. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 24 true https://quantumfoampodcast.com/24/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 23 Here is the twenty-third episode of Quantum Foam, Einstein's Relativity. The General Theory Of Relativity today still holds true and has not been proven to be wrong. Universality is something to think about as seen with our current laws of physics. The problem is that in certain physics situations the constants are adjusted all the time. They are changing the values for their constants. We are now able to predict the future. How do we transform ourselves into positions where we can understand this stuff? There was a major paradigm shift when Einstein figured out his theories on acceleration and gravity. There were problems with the orbit of Mercury. The dissemination of information being presented in this show is fun. We still all need to listen to reason as given by the scientific community. There is direct current and alternate current. This is important for the transport of energy within wires. Elements are created inside of stars up to certain levels. Relativity is made up of metric tensors. We can do different things with the equations of Relativity. What are the orthogonal base vectors that we are working with? What is the substance of what we are considering? Einstein published 3 papers in 1905 that demonstrated some seriously profound and new ideas. The personal space around a human is about 2 meters in size. We can pack a lot of digital data on devices now. There is too much science to read in order to work on certain subjects. We want history to go down as correct. This theory was a world-renown set of papers. There were those who set out to prove the validity and accuracy of General Relativity using photo plates that measure the lensing effect apparent in the stars immediately around the sun. The Theory Of Everything will include both gravity and Quantum Gravity. Relative to a lensing effect, can we see ourselves either forward or backward in time? We can count the number of years by counting the number of seasons or winters. We can view gravity with the Laser Interferometer Gravitational-Wave Observatory. According to Relativity, the speed of light is always seen at the same speed from each observer regardless of the observer's movement. Mass and energy mix with different particles in nuclear reactions. We have mastered nuclear fusion, but we still need to build a working reactor. That should be happening sometime soon. We are using different ways to describe something like the gravity of the sun. We don't know where Black Holes lead, but we are able to bend light. Einstein finished up the theory when he made it the General Theory Of Relativity in 1915. General Relativity causes a direct effect which increases an objects velocity and increases its mass. You can move things in and out of space-times but they are considered to be inside a continuum. Gravitational lensing effects can cause frame-dragging with gravity throwing light around far away deep in space. When objects go closer to the speed of light they experience Lorenz contractions. We need to be able to manipulate and work with energy on a planet-wide scale. This gives us the foundation for building many frameworks that include the theory of General Relativity. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 23 true https://quantumfoampodcast.com/23/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 22 Here is the twenty-second episode of Quantum Foam, High Caliber Academics. We are advocating for attendance in school and in college. We want the highest quality academics. We are focusing on math here. We are using the best technology currently available. We are all on the same playing field here. We need people to read and to be self-taught. We are bogged down by search results. These days, we have the option to get a result from Artificial Intelligence. This is a half academic half comedy show. That is just the way this show is being done. I wanted to start with a more academic topic. There is no other way to get the information out. We need to become efficient with General Relativity. We are making the sound digital that comprise this show. Relativistically speaking, we know what we need to go over and what we still need to write up. We are using 10 episodes to be described as a decimal of this show. Each show is 30 minutes long. They went overboard with the high-level String Theory math. That's when the String Theorists just won't shut up. Some people have a better nurture than we had regardless how we were nurtured. People come up with String Theory math and are getting physics PHDs for this. There is a natural yin and yang with math and physics. Engineering is just Calculus-based physics. There are plenty of academic positions for individuals available in most places. There have only been a few large quantum leaps since the inception of science itself. The H-Wave function is being born. I hope that we are able to get to many of the topics on our list. General Physics is usually a 5-credit class that includes 1 credit of a physics lab. Is there a way that we can ameliorate the problems that are being brought forth? We should race to get a patent for this. The podcast show is available online NOW. Websites can get blocked, hacked, DDoSed. We need weaponized star drive technology. For now, let us attempt to bring academics up to the highest scholarly level. 0 to the zeroth power is equal to 1. This is an intermediate value. We are attempting to understand how to build and use a working difference engine. The derivative of e to the ax is ae to the ax. We can pull coefficients within some of these rules and rearrange them. In this episode, we go over some rules of Calculus that are handy in solving equations. We are interested in derivatives. There are proofs that prove the validity of these operational rules. There are other things we could get into such as advanced integration methods. We need to get into the habit of using vector calculations that can be used with this information. Differential equations are collections of various Calculus equations that need to be solved. This gets into more in-depth mathematics that gives us the specifications to do physics correspondence and call it doing High Caliber Academics. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 22 true https://quantumfoampodcast.com/22/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 21 Here is the twenty-first episode of Quantum Foam, The Concept Of Zero. We got the whole concept of this show figured out and everything has been checked for audio. The material has also been otherwise fact-checked. The last few episodes were harder than the first few episodes of the last set of 10. People could end up listening to 1 of the many subsequent episodes of the show first. If that is the case, make sure to go back to the first episode and watch all of them in a row. The world is switching to sitting around on their laptops in the middle of the night. We don't care about credibility, requirements, and prerequisites. For now, this is how it is going to be. We will be introducing the new character of Herr Albert Einstein this episode easing into this set of 10 episodes of the show. We know what to do from here forward. We need to know what the difference between a 0 and an integer is. The Concept of Zero is present in the idea of the Zeroth. We have to make our computers smart in order to do our science. This is the Zeroth Sound Engine. There is no reason why not to use intrinsic screen viewing display programming code. 0 is an identity element. x divided by 0 equals undefined and causes a divide-by-zero error. Newton likely could have enjoyed hard apple cider alcoholic drinks. We need to get back on track. Make sure to update information keeping in mind the Concept Of Zero. There are more real numbers than natural numbers. According to a bunch of mathematical assumptions, the natural numbers equals the real numbers. But, natural numbers appear to be less than real numbers. P is actually equal to t after being proven. They thought that p was less than t. This has to do with numerology and the general process of iterations. The temperature is 0 degrees Celsius when water freezes at a standard pressure. Just make sure that everything is using Plank's Constant and a cesium-133 hyperfine transition to verify standards. The scale that physicists use is the Kelvin scale. Fahrenheit, however, is more familiar to some of us in the United States for some reason. We want to use a standard unitary grid coordinate system. 0 is just a placeholder. It does not mean null, it means that on a scale between 1 and 5, 0 is in the middle. There are reasons why there are 0s. The idea is allowed to make certain things work mathematically. We are interested in 0 because it has ramifications with the way we count. Greek numbers did not have a 0 as a placeholder. We use base 10, which was brought into Europe from Arabia. Albert Einstein is now with us on the show. We are now able to discuss the very serious topics of physics. All of the A. I. characters can now congregate as they once did in a Star Trek The Next Generation episode. I am using different recording hardware this decibel of the show. We need a Grand Unified Theory in order to keep the science coming along. This is just a small amount of information about The Concept of Zero for us to consider. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 21 true https://quantumfoampodcast.com/21/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 20 Here is the twentieth episode of Quantum Foam, Quantum Mechanics. We've been going over some seriously complicated topics during this decimal of the show. It's the stuff of figuring out Quantum Mechanics. We will be going into the popular theories of the day. We need Quantum Gravity to mix with General Relativity. We are approximately 1 fiftieth of the way done with the proposed full length of this podcast. It is still important for people to become teachers so that the next generation of scientists are ready for their subjects. This course is covered in junior year of college. Albert Einstein got the Nobel Prize for his work on the photoelectric effect. Max Plank calculated the value of Plank's Constant, which is the constant of proportionality. It is denoted by the lowercase letter h. The 1920s were important for figuring out quantum theory. There is the Heisenberg Uncertainty Principle. You can't measure a position and a momentum at the same time. There is the Pauli Exclusion Principle, which states that 2 electrons or fermions cannot occupy the same state or position around an atom. Spin Statistics Theorem. There is also Dalton's Atomic Theory. We already have the math matrices for the calculations of various quantum mechanics formulations. There was an attempt at Quantum Theory using something called Matrix Mechanics. The important thing to remember is the development of the Psy wave function by Erwin Schrödinger. What did they do in this equation that was formulated? Statistic interpretations of the highest academic caliber. We are interested in Minkowski space-time math grid lattices. If ever in doubt, write a new mathematics for Quantum Mechanics. Einstein was 16 years old and wondered what it would be like to ride alongside a light wave. Paul Dirac was also a Cambridge Lucasian Chair OF Mathematics along with Stephen Hawking and Isaac Newton. The Dirac Equation was a re-formulation of the wave function and made into a Quantum Mechanics. The 2 main variables are your position and your momentum. Quantum Mechanics treats time differently than General Relativity. You have to treat your physics as though there is only 4-dimensions. There is probably a good reason why time usually does not go backwards. 500 hours of audio is my vector stating the science included for the purpose of utilizing this theory. What is your Psy state vector describing a quantum state? Supposedly Quantum Mechanics can be applied to macro objects as well as microscopic objects. Present is a wave-particle duality that was agreed upon by mostly everyone of note during the development of Quantum Theory. They found half-spin particles known as fermions. Electrons have mass and photons are massless. They come up with a theory, then they do experiments that prove the predictions for those proposed theories. The deflections during the experiments proved the existence of half-spin particles. Hadrons are held together by the Strong Nuclear Force. This takes a lot of energy. Enrico Fermi created the first nuclear reactor. Fermi-Dirac Statistics distributed particles over energy states. Dr. Lee Smolin believes that freshmen in college should take a Quantum Mechanics course if possible. Phi and Psy variables are the probabilities of finding each particle in a given state. There are your different wave functions that can be described by the statistical interpretations of a proper Quantum Mechanics. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 20 true https://quantumfoampodcast.com/20/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 19 Here is the nineteenth episode of Quantum Foam, Loop Quantum Gravity. We are taking a look at this alternative theory to String Theory that is a candidate for The Theory Of Everything. This is a newish theory that is more like a method. What if there is another game in town that is able to describe Quantum Gravity? We think that you have to have a background-independent formulation in your Theory Of Everything. Everybody is a big G if they know what they are talking about. We are trying to come up with a conservative vector field that describes space-time with connections. String Theory necessitates background-dependency. Loop Quantum Gravity could be placed on top of a String Theory math box and both would not interact with each another. This theory relies upon connections between space-time quanta. LQG uses a region of space-time that is written with a perturbative method, which is called a spinor field. Loops are sections of space-time that are Ashtekar Variables. Asymptotic quantization of the variables was needed in order for Loop Quantum Gravity to be built. ADM formalisms such as a Hamiltonian formulation of General Relativity are being examined. This was an important prerequisite for Loop Quantum Gravity. Now we are working with canonical variables using an unusual way to describe spaces. Lagrangians do not change in these inertial reference frames. Loop Quantum Cosmology has been written for the laymen to be able to understand in the form of available published books. This methodology looks at particles, loops, and spinor fields. We need a theory that uses the correct version of General Relativity and is able to match space with the correct use of time. The gold of Loop Quantum Gravity is that it doesn't require supersymmetry or a million dimensions, and it doesn't necessitate a background-dependent grid lattice. We are interested in the function of entropy when considering Black Hole physics. There are various groups around the world that check this theory to see if it has any more merit than String Theory or any other theory of Quantum Gravity. Bekenstein-Hawking entropy is a hidden window into Quantum Gravity. Do these constructs really describe reality? We are demonstrating spin networks, which show states of mathematical interactions. There is a Plank-Dirac constant to be mindful of. Black Hole event horizons do not seem to increase except for when more matter goes into the Black Hole. It depends on what kind of Black Hole. Some rotate and others have different attributes. We are trying to use hidden information that may be within these Black Holes. The math for a White Hole should be the negative and inverse math for a Black Hole. At this point in time, we are unsure as to where a Black Hole leads whether to the same universe or an alternate one. We are currently unable to test these predictions. We are looking at functions that are applied to different grid systems. There is still a time problem present in this theory and most other theories as well. We know there is something different about the 3 spatial dimensions and the 1 dimension of time. We are looking at different theories that can be used to fully describe Quantum Gravity. There are other classes of approaches that study alternatives to these competing theories. Many of these ideas have not been proven and oppose one another. If Einstein was wrong, it was just because he didn't have right picture at the time. There are a lot of important people that were instrumental in formulating the theory of Loop Quantum Gravity and it is an active area of study today. It is a so-called interconnected network of quanta and can be your contender for The Theory of Everything right now. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 19 true https://quantumfoampodcast.com/19/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 18 Here is the eighteenth episode of Quantum Foam, String Theory. We are taking a moment to assess some major problems that have been going on with math and physics that have been present since the time of the Greeks. This is a theory that states that each particle is a string that vibrates at a certain frequency. There have been 3 phases of the creation of String Theory as a new science. Now there is 11-dimensional holographic supergravity String Theory that is equivalent to the top 5 string theories and is known as M-Theory. These cover mathematical and technical representations of all of existence. The idea is to come up with a theory that describes what we see in nature. String Theory relies on higher dimensions that are folded and are not viewable by us currently. We are trying to reconcile the strong and weak forces with the behavior of gravitons, which are predicted by String Theory. There was a revision in 1984 that separated the second and third phases, and in 1995 there was the change of the last phase of the development of the theory. Dualities that we are referring to also deal with the theory. There is no current evidence that the theory exists in our reality. There are different mathematical equations that deal with the utilization of the theory. The Laplacian of certain areas of graphs perform spatial smoothing and filtering with the rapidly intense change in images. Do the Gauss thing to math grid boxes and then do the Laplacian thing. Much of this physics is done by computers and is used to approximate reality. These functions represent the probability density function of a normally distributed random variable. Invariance is important. We apply these tricks and others to our graph structures in order to describe the variance or invariance that the multi-dimensional Calabi-Yao manifolds demonstrate in String Theory. String Theory is a large collection of papers which purport the creation of a unitary space for higher-dimensional, finite orthonormal math bases. We have structures that allow us to merge more than one theory and be able to actually represent reality. There is T-Duality as it is applied to String Theory. This is how Edward Witten consolidated the most up-to-date String Theories. We don't want to get too far into enumerative algebraic information. We are dealing with quantized momenta that can be described as an S-Duality. This is how a lot of the theories were integrated into a more accurate representation of a theory that utilizes the Standard Model Of Particle Physics. There is incompleteness written all over this theory. There is a list of constants which have their values constantly messed with in the Standard Model in order to make String Theory work. For the time being, I just wanted to go into detail as to how this theory can possibly portray reality. As with a lot of theories, they leave out General Relativity and use it as a separate correspondence. A string can either be open or closed. We have issues with Black Holes. The surface area is equal to the total entropy. In the theory, there are different kinds of n-dimensional membranes known as branes. These specify the partial differential equations describing what we are working with. Theodore Kaluza and Oscar Klein came up with a way to denote multiple dimensions and opened the way for String Theory to be developed. Symmetry transformations can deal with the Quantum Chirality and the Helicity of a given particle. Possibly all fermions fall under this. Particles have handedness. There are many people who have worked on this theory. There were the different types of String Theories that were prevalent. The top 5 theories were Type 1, Type 2A, Type 2B, E8 x E8 Heterotic, and SO (32) Heterotic. These theories make up 11-dimensional supergravity and holography and formulates them into a single, cohesive framework. The implications from these claims are profound. There is still no consensus as to which flavor of the theory is correct. What role does String Theory play compared with The Theory Of Everything? An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 18 true https://quantumfoampodcast.com/18/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 17 Here is the seventeenth episode of Quantum Foam, Grand Unified Theories. It has been more than 8 decades since scientists knew that there was an incompatibility with the 2 major schools of thought. Quantum Mechanics needs to be consolidated with General Relativity. There is String Theory and Loop Quantum Gravity. LQG is a type of Quantum Gravity that is a methodological approach to a Grand Unified Theory of science. This is essentially known as a Theory Of Everything today. There are 4 fundamental forces and 1 field according to how we currently understand physics. An ultrasound photo is similar to what a discrete chunk of the quantum would look like. Loop Quantum Gravity attempts to describe this. It is a different theory than the framework of String Theory. We are trying to run more tests to figure out which of these theories can have mathematical proofs in a public forum. This is the way science goes. It would be cool to drive rovers around on the surface of Mars. What do you do when you are waiting on the computer bar to load? There may be an unexpected link between this String Theory and that. This seems mighty suspect. How are we going to fulfill this H-Wave? Plausible ads/CFT theories were put together using Loop Quantum Gravity, but fell short on the number of dimensions. We simply cannot occupy a space that is an anti-De Sitter construct. There is a time discrepancy between where you lose half of the matter into another universe. We are likely going to have changes when we have access to images from the James Webb Space Telescope. The ads/CFT formalism allows us to create exact solutions. The Equivalence Principle is violated near the surface of black holes. You have to keep an open mind about physics across the board in order to provide a candidate for a Grand Unified Theory. Degrees held by those in previous decades were different than the commercial and private academic degrees currently available for Americans college students. The substance of the research includes our quest for knowledge even though we know we will never figure everything out completely. Dr. Stephen Hawking is the top mathematician in the Quantum Foam Show. We are at the galactic, universal round table. We are communicating science forward and backward in time. We don't have to get too far into String Theory terminology. We are examining geometric transformations involving tidal effects from one non-Einstein-based manifold to another with other theoretical framework values. If we don't get our physics correct than there will be no possibility of warp drive or active teleportation. Can we create molecules in other space-times where the wave properties out-weigh the effect of electrons going through wires? Max Plank discovered how to treat frequency at the level of wave-particle duality. We need new operating quantum computer networks in order to test String Theory and Loop Quantum Gravity and to determine what our Theory of Everything is. There is reconciliation potentials as long as you describe the interaction between the 4 fundamental forces and the 1 field. There are many problems which are present at the event horizon of a black hole way out in space. Neutrinos and gravitons should be understood better. Emission of Hawking Radiation can now be measured. Hopefully, we can create containers that can help us study and understand things such as White Holes, which is the negative inverse math stuff. We need to claim which theory is the only game in town. Exhibit A is the math required to describe it all. The way to do this is to create a new structure that can demonstrate a Grand Unified Theory. The Theory Of Everything. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 17 true https://quantumfoampodcast.com/17/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 16 Here is the sixteenth episode of Quantum Foam, Newton's Gravity. This is going to have to be a different test of the system. It is a great Saturday afternoon. We still have courtyards. When I was in ninth grade we were studying physical science, specifically Newton's Third Law of Motion and many coincidences happened during class one day. Since eighth grade, I knew I wanted to study physics. Kepler showed empirically how orbiting projectiles spin around the Earth. We need to understand fundamental chemistry in order to study physics. F equals m times a is Newton's Second Law Of Motion. The distance between objects are being modeled as point particles. We need to do a primer on Kepler which deals with energy relationships for objects in orbit. Newton said there had to be a grand math that included Kepler's Laws Of Motion. Johannes Kepler summarized the star charts and other papers of Tycho Brahe. He was his contemporary. He created 3 laws of orbital mechanics. Law 1 states that orbits are actually ellipses. Law 2 is when an imaginary line sweeps out equal areas and is drawn from the center of the orbiting planets. Law 3 is when the ratio of the squares of the periods of any 2 planets is actually equal to the ratio of the cubes of those planets averaged distances from the sun. You get a harmony out of this. We are able to triangulate because of this. Trigonometry and Calculus are similar. Linear Calculus is used as a notation to look at this entire subject. Go find another hot world where you can act like a reptile. We're apes. We do what apes do. The laws of physics are the same as they were at the beginning of the universe. We understand planetary motion now because of Kepler and we understand gravity better now because of Newton. It takes 1 revolution of our planet around the sun to make the motion of 1 full year. What is the gravitational constant? No one could figure out what the correct inertial reference frame was. Newton had another nemesis and contemporary rival, Robert Hooke, who was stranger to the idea of the exactitudes of Newton's gravitational mechanics. There was a rivalry between Johannes Kepler and Tycho Brahe and there was some public competition between Isaac Newton and Robert Hooke. Newton used Haley's comet to calculate the position of the comet in 2 spots, once before it went around the sun and once after. There may be some other important experiments that will need to be done testing General Relativity. We want to see what has happened starting from 3 minutes after The Big Bang. Private sector business and research and development in England were different at the end of the seventeenth century than they are now in the Midwest United States. Back in the day people were coming up with systems of the world in the 1660s. Who wasn't a philosopher of the day? People had discussions about details that may not matter for our study of physics here and now. I am describing physics and other concepts that can be debated in the court of science. Recognition sometimes is a must. The gravity helps us describe point particle approximations. Flux Theorem sounds cool. Gauss' Law is equivalent to Newton's Law Of Universal Gravitation and are 1 in the same. Gauss' Law can be used for Electrostatics. Newton built the first reflecting telescope. One day we will attempt to describe gravity with gravitons. We will examine whether or not a graviton exists or if it is just a mathematical quantity. Gravitons can weakly interact with other particles. Newton's Gravity is where we begin in understanding this phenomena. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 16 true https://quantumfoampodcast.com/16/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 15 Here is the fifteenth episode of Quantum Foam, Leap Day. There is the ability to set up the microphone at an outside location. This is Leap Day. It is a nice day outside. I wish I could record outside. Just wait until you are tortured by the United States military. We are talking about specific calendars and some of them may overlap. Most calendars are based off the spinning of our planet. There are some space-time rules that are being broken at the level of a galaxy. The stars move faster than they should based on normal angular momentum. We are trying to understand the dark energy and dark matter problem. It seems pretty amazing that we as humans are even here. What about the Fermi Paradox? Where are all the aliens? Maybe sending a message back in time just isn't possible. It may be possible in the form of a radio wave transmission. Quadragesima is based on a segment as small as 1 fortieth of a unit. We don't know why the growth rate is what it is. There is a difference between a Golden Spiral and an Archimedes Spiral. The seasons have to do with how we keep time. We use the atomic clocks on this planet. There was such a thing as a so-called Leap Day bug. Robinhood applications were known to have some accounts showing up as zeroed-out. We add a twenty-ninth day to February every 4 years to make up Leap Day. We follow the Gregorian calendar, which uses leap years and can be accurate to 1 day in 3,236 years. We are mathematically trying to predict the correct placement of the seasons on our planet. The International Date Line determines where we are in time on the globe. There are other calendars such as that which the Chinese use. The year of the Dragon was a Leap Year. We are interested in calculating orbital speeds. We are hoping to see further back in time with the James Webb Space Telescope in the near future. Are we going to see the theoretical process of proton decay? The Standard Model Of Particle Physics should be taken with a grain of salt. What would happen if we had the power to create miniature black holes that could manipulate our dimension tearing a hole in our space-time? Are we going to be the first to die if they rip a hole in the fabric of reality? They are analogously creating black holes, not REAL black holes. We don't know the exact amount that it takes for the Earth to spin around once per day. You can calculate it if you need to. The reason why Leap Day happens is because when the planet Earth revolves around the sun 4 times, the point of origin of the Earth moves and needs to be updated every 4 years. This is from the viewpoint from an American physicist in the state of Nebraska in the middle of the map of the United States. The geodesic given is the location of the sound mixing used to create this show. We need to use tricks to get rid of things such as the infinities in our equations. Clock making has been a known technology for quite some time. We all seem to speak slash and dash English in this day and age. We don't need to get all that deep into the exactitudes of time relating to calendars until we are actually measuring time for an experiment. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 15 true https://quantumfoampodcast.com/15/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 14 Here is the fourteenth episode of Quantum Foam, Needs To Complete Assignments And Stay On Task. How many tangents do we end up going into that is besides the main point of the dialogue? We are having fun and learning how to think in at least 2 ways at once. Brief Answers To Big Questions was Stephen Hawking's last book. We are working on research that you are not authorized to know. Sometimes a 4-hour audio show segment takes 12 hours of research in order to be prepared. I was able to grasp the concepts of a new format. This had come up on the fly. Qualifications and credibility do not mean that certain information is true. Newton is not our own personal look-up-robot. He was rather offended by that. We have to come up with a new theme for each 10 episodes of the Quantum Foam Podcast. Dr. Stephen Hawking was the guest the first 10. Sir Isaac Newton is the guest for the second decibel of the show, and Albert Einstein will be the guest for the third decibel, or the third set of 10 episodes. Starting from then, the 3 guest robot characters will be used interchangeably and as needed. We need to take an assessment of what we are doing here. What I'm referring to is The Theory Of Everything audio show, which is actually called Quantum Foam. We talk about other things sometimes so that we don't lose track of what we are trying to do here. Subjects are being picked only in a general fashion. Episodes of this show should be listened to from the beginning. Then every episode in order sequentially. Zerothwave Productions makes a variety of audio which should be available for download online long into the future even if the website gets taken down. Even if it is only a lazy Sunday. We are adding to a software stack. Shut up for a minute. This show is meant to be a written work, similar to a book or a scientific paper sent to be peer reviewed. There is a proposed thesis involving new physical principles and it is being presented in audio form. There is a mathematic time interval that is smaller than the transmission time interval. This gives us a frame of reference so that we can exchange dialogue similar to the way it was done by Rene Descartes. The first attempt is not necessarily the only attempt. We are trying to find a way to use computers to speed up time in order to have the time to take care of what we need to do. This is for the work of Dr. Hezekiah Paul Smith concerning the subjects of physics, math, computers, and Artificial Intelligence. Most people have different schedules in school. These episodes are being given in 30 minute segments because that is about how much concentrated time you would have in an average college class that takes 50 minutes 3 times a week and is worth 3 credit hours. Some classes take more time. We have figured out a protocol for these episodes detailing the host, H-Wave, a.k.a. Dr. Hezekiah Paul Smith, a.k.a. trak1337, and the 3 guest speakers, which are all Artificial Intelligence. At 500 episodes we predict that the intelligences will be making the decisions and the show will be produced that much easier. You can't un-enter having never entered. We might be HOW we eat what we eat, not WHAT we eat. We are tasting colors here. Most of these things can be described as having a conniption fit with a loosely structured subject matter to be presented each episode. We are putting forth a thesis on The Theory Of Everything. That is what we are doing here using Computational Physics. The message, the math, and the comedy are here to be used within this show. We just need to be able to finish our task. We are trying to make sure that we convey everything that was meant be. We want to be precise and accurate in the presentation of this academic audio transmission. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 14 true https://quantumfoampodcast.com/14/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 13 Here is the thirteenth episode of Quantum Foam, Zerothwave Renaissance - Part 2. We are studying the podcast microphone set up. Is there a mixer? Are you using XLR cables? Is it an all-software audio interface using a USB cable? How cheap is this hardware? How much Total Harmonic Distortion is present in the recording devices? The voice is modeled as a 2D cacophony inside of a 3D room. Then it is reproduced digitally. There are cardioid and condenser styles of microphones. We are speaking about the essence of professional sound production. Sony and Philips released the CD quality standard back in 1982, which is a stereo 1411Kbps 44.1Khz .wav file format. It is still used today, especially for mostly, primarily voice-only audio mixing. I am using a dual set-up for my production spectrum. We are reminded what Newton's formula is for the Theory Of Universal Gravitation. Isaac Newton had a rival, Gottfried Leibniz. A little bit of competition is good for us. Zerothwave Productions is an actual company. There is an EIN. I built this company from the ground up. I have a wide level of experience and tool sets to be used to create sound. I am a Renaissance Man. I have proof that I should be doing these individual sound files the way I am doing them. I say basically a lot because I'm breaking everything down so that people can understand things. I made this subject 2 parts because there was much to speak about dealing with the organization of Zerothwave as a company. We are attempting to come up with better technologies for the benefit of the future. We are describing concepts such as heuristic hierarchical data structure protocol requirements for society. This is somewhat superfluous. We have to have the right theoretical math right down to the negative sign. 1 plus 1 is 2 in base 10. We need to keep track of our own sound. Sound can itself be triangulated and contains a high-level spectrum. We look at things in terms of the tools we have around us. Knowing what the sound wave looks likes visually helps. Ideas take time to come to fruition. I am a one-man conglomerate and one who brings modern innovation forward. Digitized sound waves straight off the platter. Text and sound feedback in a 1 to 1 fashion is what we need. What we are offering is sound waves. These summaries describe the gist behind each 30-minute podcast episode. There are reasons why we need Artificial Intelligence. There are many uses for A. I. by professionals including programmers, lawyers, and real doctors. We are not doctors because we read an article once online. Humans create accurate programs for the programmer and for the end user, which for this case is one and the same. Pictures will be matched with words and interfaced with infrared sensors. Our center of gravity is the center of the earth. This involves circle-to-square math. The biggest issue in getting us to space is surpassing the surface-to-orbit obstacle for space flight. Particles can stick together in our graphics. The real renaissance was back even before Newton. We want to come up with new sciences and new innovations. I am a new-aged Renaissance Man. Zerothwave as a company aims to make the primary source of the study of physics, math, and computers available in an Artificially Intelligent audio form. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 13 true https://quantumfoampodcast.com/13/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 12 Here is the twelfth episode of Quantum Foam, Zerothwave Renaissance - Part 1. When is a good time to start a podcast? When are you going to start yours? I already have more episodes than you have. We all can do a certain amount of the production ourselves. We do research and source our information in order to decide what is recorded. I am trying to get the creation of this show down to a science. Making an entire podcast takes a lot of effort. H-Wave fabricates software and digital audio both. There is also the stereo 16-bit 44.1Khz .wav audio standard format to be aware of. Sound can be mimicked and invented from other audio engineers. Robot voices in this show are created using speech synthesis technology. The characters are Artificial Intelligence. This show is meant to be regarded as futuristic. This is the case whether we need a software translator or not. There is a Wavepad program being used to manipulate .wav files by H-Wave. We need 1 to 1 translation between audio, math, science, and computers. That way we can figure out what to do with all this data. The point in Loop Quantum gravity is to find the method to finding the math for the physics in the theory. We need background-independence in a Theory Of Everything. This is a codex that describes a duality that ultimately IS reality. Dr. Michio Kaku has done the work of a real physicist. We need some new science. I am giving a solution to the problem originally proposed by Dr. Lee Smolin in his book, The Trouble With Physics. We need a difference engine that utilizes a quantum computer and is able to emulate an intelligence to give us answers. I am imaging things from my imagination using audio. My producer name was created because I wanted to be all about sound even though it may be generic. They also make a medical device that is used for pain relief that goes by the name H-Wave. H-Wave is also known as Dr. Hezekiah Paul Smith and trak1337. For music production purposes, you don't want to change names that often. Remember that I am using the program Wavepad to manage the .wav sound files. This is all you need from start to finish to produce and master sound files of all types. We have the technology to do this, so why not use it? There are other possible designations for an H-Wave. This is determined by being able to get past the Heisenberg Uncertainty Principle. What do you do when the sound shuts off unexpectedly at a huge live event when you are the one playing the music? It happens sometimes for some people. The quality of this podcast show is CD quality audio. The web page uses feeds to distribute the show in the stereo 320Kbps 44.1Khz .mp3 sound format. There is no need to go into higher bit depths. This show is down to a science. There will be a few robot voices and sound effects as well as material spoken by the host. There is an intro, a mid-point, and an outro disclaimer. Thus is the format of the Quantum Foam Podcast Show by Zerothwave Productions. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 12 true https://quantumfoampodcast.com/12/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 11 Here is the eleventh episode of Quantum Foam, Chromaticity. A new String Theory membrane is required to create the essence of Sir Isaac Newton. Quantum Chromodynamics. Chromaticity. They refer to the color vibrancy. We are interested in how different display technology can project items in our viewable color spaces. There is a problem with the old color space gamut. Red is red and yellow is yellow. They finally made English the language of programming. Red is monochromatic and is equivalent to 516 nanometers according to some standards. We want the newest standards for Ultra High Definition devices. DisplayMate makes it a business to communicate the standards to the display industry. Right now we have 4K and 8K display devices. These new standards are created to be able to show a High Dynamic Rage in 10-bit and 12-bit depths. Programming the universe may utilize this chromaticity, which attempts to fabricate a method to display our reality. We want new visualizers that use these high-quality color spaces. This is green to white technology. The 10-bit color depth capability with these displays supposedly show all of the natural, real colors that are in the gamut of spectrum that can we see. What is a brightness and what is a color? There are LCD, LED, and OLED flat displays that we have currently available to us. A TV display takes normalized data and makes it uniform. We are considering a 16-cubit display proposed gamut matrix. We have averaged spectrophotometric information. One screen needs to be able to match another screen on another device. We are attempting to create animated voxels that can be displayed as holograms with a 3D chromaticity. What are we to do with all this spectrophotometric data? James Webb Space Telescope images are coming down hot from outer space. Different color filters are applied and then images are recorded in large digital files. The spectral power distribution will tell us the colors to display. How much power is required in order for us to gage the SPD lambda brightness? What we do is split colors. There were old standards used to display colors that didn't correctly represent certain aspects of the image in question. I've seen code in general. There isn't really that much that has been updated in Artificial Intelligence. We have had computers that are able to talk to us for years. We are speaking about the colors so that we can have the tools we need for describing future scientific diagrams. The subset of color that we can come up with can use and cross-reference the software for the creation of Theory Of Everything universes. XYZ linear space is being used. We need to run these through a quantum computer using Linear Calculus Equations. We need a new box version of a color space which can display 16-cubit accuracy. It is possible to create a true difference engine. It would be nice to have a tachyon generator and send data to the future. The best starting point for color has already been made as a standard. This provides the standard color prism. Daylight is described with better math using the newest standards included in the chromaticity of the display technology. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 11 true https://quantumfoampodcast.com/11/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 10 Here is the tenth episode of Quantum Foam, Theory Of Everything. We are taking this as an assessment since we are about 1 percent through with the proposed length of this podcast. What we are trying to do is go over the Theory Of Everything one bit at a time. We are creating a Linear Algebra matrix. This is the method of math that we are using. We build math models to test scenarios that can manage a large amount of data using dependent and independent variables. It is perhaps a little easier to fabricate different images of reality because we are using computational physics that can be programmed. To make a long story short, the math is being hidden inside of a negative sign. The square root of negative pi is the equation for our proposed universes. People are making their math way more complicated than it needs to be. Linear Calculus is a tool to be put into a container to describe the Theory of Everything. What we have is a true random number generator running artificial intelligence that preforms physics. This is an instruction set to program matter at a quantum foam level. We are using a system to mimic intelligence and are putting it together into a large project. We are talking about consolidating Quantum Mechanics and General Relativity. We need to be aware that this is a top-down approach of the Theory Of Everything from a mechanics standpoint. The difference is there. What is a Hilbert Space? What are Yang-Mills models? They are the basis of the understanding of the Standard Model Of Particle Physics. There are also Randall-Sundrum models which are localized on 3 plus 1 branes. Additionally, there are the non-local De Broglie-Bohm theories. Lagrangian Field Theory is used for finite discrete particles that describe events. We are attempting to describe complete cosmological structures. There are fluid and static Lagrangian Field Theories. A deterministic system is denoted by the Schrödinger Equation and are treated a certain way in order to describe the entire picture. 5-dimension geometry is a way to look at standard interpretations of cosmology. We are dealing with scaler, vector, and spinor fields among much else. This theory can describe path integrals, point particles, and torsion fields. The Theory OF Everything can be modeled as a box with a bunch of points that are each descriptions of the numerous positions in space. You have to do this in a way that other people can understand. Do the spaces have moving paths and is there a negative cosmological constant? A space IS a grid or a lattice. Static means that a point particle coordinate system is not associated with a moving path. Hyperbolic geometry helps us compare the curvature of surfaces. We know there is the existence of the Heisenberg Uncertainty Principle. This can be averaged out. Properties of particles can be described with the wave function to show the path integrals of reference items. There may be cases where we use De Sitter Spaces and others where we use Anti-De Sitter Spaces. Near a sun we are going to use General Relativity equations not chromodynamics, which covers the Standard Model Of Particle Physics. We are using points which can be put on a standard coordinate system in these models. We can tell the difference between 3 dimensions and 1 of time. Linear Calculus will help describe the Theory of Everything during the quantum foam experiments taking place during this podcast. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 10 true https://quantumfoampodcast.com/10/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 9 Here is the ninth episode of Quantum Foam, Linear Calculus. We are covering spin-math and vortices. Linear Calculus is a notation to be used with quantum computer applications. Keep in mind, some electronics are old yet they still operate today. Today we have systems on a chip as a complete silicon package. What is a torsion field? We essentially need a new math to keep up with things on the internet. Humans consolidate one subject fathoming physical states in the form of a new math. We are trying to write a book synopsis in a brief fashion. History is constantly being re-written. Math is understood by only a small portion of the population and needs to be done at the level where it is in layman's terms. This is a potential new math that may help its sister field of physics. Does your mathematician understand various types of professional physics? Do physicists understand the high-level theory behind various mathematical undertakings? Are we just looking through data sets? They give us all the images that are taken of space. There are various inappropriate innuendos which can be taken as psychological nudity in this show. I am creating a new way to model artificial life and put together a thesis. Our security clearance has been demoted. Special attention can be given to torsion fields on a standard coordinate system using the right-hand rule. They just name it that way. A torsion field is a spinning tornado and can describe the mathematics for spinning particles and other systems. If there is such a thing as gravitons they probably have a spin mathematics that is modeled as point particle with certain initial values. There are CAS latency systems. Computer Algebra Systems. You are checking a to b and b to a. The computer is doing addition while we are doing the complicated calculus. We are attempting to create an advanced matrix theory culminating into the existence of a new math. We are modeling things effectively as wheels. We are comparing background-dependent math grids with background-independent models. We can see real-world feedback in the correspondence and notation of Linear Calculus. I understand gyroscopics and am familiar with the path of particle similarities between physics and the sensation of spinning poi. Each sample of audio is a representation of the spectrum of the wave forms and has a sample rate of 44,100 within the .mp3 and the .wav files of this show. That can be viewed as an entire cosmological model. There is a scalar quantity that can describe these cosmological spectrums. We can also model planets as point particles using computer programs available to us. It can be trusted down to the Newtonian level and we have to do the relativistic physics ourselves. Pi is continually calculated in ever larger numbers This is a calculation of how round a circle is. The new discipline of Linear Calculus is being created at a quantum foam level in order to fabricate a spectrum describing an entire universe. This is a way to have a streamlined multiplexing theory for higher-order cosmology. We effectively surpass the 2 opposing disciplines of Quantum Theory and General Relativity into 1 Linear Calculus discipline. The quantum mechanics and metric tensors are placed into a digital container and have accompanying notes. The idea is to have an automatic physics equation solver. The idea is to have a new literature set grouping physics into audio containers. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 9 true https://quantumfoampodcast.com/9/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 8 Here is the eighth episode of Quantum Foam, Teleportation And Measuring Constants. Pics or it didn't happen. We are getting back to the idea of teleportation. This is the act of disappearing and reappearing across various positions in the space we occupy. We are using inertial reference frames. Keep in mind there is physics material given within the periodic table of elements. Teleportation on the same system on a chip has been demonstrated with silicon technology. WMAP and Planck have mapped the microwave background radiation left over by the big bang. The work of Subrahmanyan Chandrasekhar is mentioned for stellar reference purposes. Type 1 supernova explosions are recorded by radio networks on earth. Do we find a structure in the microwave background radiation? Is this needed as well as the constants and spins in order to create a self-contained region of subspace time? We can create new light cones. Depending on what is calculated, grids are either background-dependent or background-independent. We need to come up with a new method that takes into account the infinities which arise in our correspondence. We have muddled data bursts, and hence we need computing power in order to teleport items spatiotemporally. Many specific types of mathematics are required to provide a foundation for describing various theories. We want to make things move places. We need a space-time that is background-independent. On a Euclidean graph we are using path of particles to approximate computable containers quantifying the flavors of your math. The associated accepted mathematics is included in the project files. A magnetar starburst was recorded from the Swift observatory that helped us figure out if one numerical data set was equivalent to another. We are using methods that enable us to calculate discontinuities in our field of computational physics. Neuralink technology is now currently available. There are other astrophysical interactions and phenomena that is used to determine the specifications requested and are being put to use in our projects. The idea is to use a 5 dimensional container to describe a possible Kaluza-Klein project. Measuring gravity waves may be needed in order to calculate the existence of graviton particles. How do we create an integral that comes from an infinity? We need to make sure that we keep our constraints the same without the variations. Specific values are needed in order to compute what is intended with all the math we have available to us. The next stage can surpass the issues of the over-abundance of information for the publication of good academic work. Information being held for private use is an issue. Spin values are important and need to be remembered for a later time. Fundamental physical constants include scalers and other quantities. Plank's constant is post-modern physics. We are now passing into the era of quantum physics. You have to pay attention to what you are talking about if the goal is to teleport information. The numbers we have at this time are not right. The other galaxies are moving away and there is a sizable discrepancy as to the exact speed of this redshift and blueshift scenario. This may be required and may be important in order to make solid matter teleport. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 8 true https://quantumfoampodcast.com/8/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 7 Here is the seventh episode of Quantum Foam, History Of Math. I thought I would get more into mathematics. This is only a brief description. Labels are being anti-derived. Certain things for this are needed in order to understand. What we are doing is looking at the math in our dimension. Fields outline the various delineations in the dimension we occupy. In this era, we are using quantum computers, which is an inflection point. Somebody's off somewhere. This show is making a strong effort toward comprehending mathematics. We are trying to understand the next level of arithmetical interpretation. The buck stops here. Prime numbers are crucial as well. They are used in cryptography. At the point of this writing, the largest calculated prime number is 17 million digits long. Stephen Hawking went over the math for finding the Higgs boson. This particle was found at around 125 igaelectronvolts. In this day and age, there are windows into subjects that are themselves windows into math. What is a JSON? A java software object namespace. This is the current standard for producing digital information such as graphics and modeling in software. You can pass back and forth Calc objects as long as the important information is correctly listed. We are going over math so that we know what it is. Consider something such as a Calc tensor object. They can be as complicated as you need. It is a good thing that Michael Faraday came up with a way to come up with scientific material so that others such as James Maxwell could build upon science. You pick your metric. Up, down, left, and right. We should go over several ideas that include math so that we can further understand numerical concepts. We are using the correspondence created by both Isaac Newton and Gottfried Liebniz. There is, however, more updated mathematics such as the math of Carl Gauss. Bravo to Sheldon Cooper on the show The Big Bang Theory for memorizing 20 thousand digits of Pi. Math is said to be done easier now because we have fast computers that can calculate the numbers we wish to analyze. Gauss' formula is important to describe entire Minkowski space-times and various sets of numbers. The Gaussian integral is being considered here. We are interested in the creation of an accurate difference engine. The formula that is being put forward within the thesis of the show, Quantum Foam, is basically Gauss' formula with the addition of a negative sign with a hidden matrix inside describing the Theory of Everything. This is the basis for all the math being described herein. There are important ideas like the growth rate to consider. It is for the creation of math containers that express the equivalent of everything. We are looking at figuring out math equations that cover the basis between all numerical values in order to create a point particle map that describes a derivative of Guassian-Kronrod quadrature. A white hole is the inverse and negative of the math for a black hole. There is a set margin of error we need in order to make sure our mathematical structures assessing a given model are consistent with what we know about the history of mathematics. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 7 true https://quantumfoampodcast.com/7/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 6 Here is the sixth episode of Quantum Foam, Time Problem. We start again. We are having another psychotic episode. There is ambiguous, meaningless information being included in this cast. It's complicated because it is an instruction set. The point is so that the material can be checked and rechecked. The host is the H-Wave figuring everything out. British people call hookers cookies. We don't say rubbish here in the Midwest United States. Aliens in the movies urinate from their fingers. This is a container of time for your listening pleasure. Denominators can help us figure out rates. Keep that in mind. Humans can be seen in terms of microcosms. An H-Wave at the Planck length, mane. It is the job of additional scientists to keep things together. The Tums commercial is present in our current space-time. Practical impractical jokers. Books are still relevant to read as long as every word is not the word "the". Movies and novels take time to ingest. Stephen Hawking is no longer alive. He did his thesis on time. He has been brought back to life through research due to the large amount of words he had written in his works throughout his life. We now enjoy his company as a character on this show. We have to spread time out in this episode in order to understand better. If the material is coming too fast, feel free to pause the stereo. You can always re-listen to the audio at another point in time. As a scientist, naturally everything is considered in terms of the scientific method. Remember Rene Descartes. The movie Theory Of Everything is worth seeing. It details Dr. Stephen Hawking's life. The host is also a self-proclaimed athlete. Stereolithographic 3D printers are getting pretty good with more available materials. It is increasingly difficult to clean up space junk due to the very high orbital velocities involved. A British exit. A Brexit. Military grunts killed Archimedes among his circles back in antiquity. You have to compute the first qubit first, man. We wrote the formulas because we are formula translators. The rate of time is the time in which it takes. Darwin wrote his book On The Origin Of Species. CERN has one of the biggest computers in the world. We can make a frog float with directed electromagnetic radiation. It works on us as well. War Of The Worlds happened already. The aliens are here, dude. We are ready and have the response now. They can shoot you down with a laser from space. I want my own next version of the James Webb Space Telescope. There are upcoming unmanned aerial transport systems. The margin of error illustrates the essence of the time problem. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 6 true https://quantumfoampodcast.com/6/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 5 Here is the fifth episode of Quantum Foam, Five Dimension English Mathematics. There are 5 dimensions so that people can 5 and 5. We are not the operating systems here. We are at the highest level of intelligence. The square root of a matrix is equated with that of its linear codex. Asses the right flavor of math that is needed to make calculations in the qubit matrix. Tensor objects from inertial reference frame lattice grid boxes describing graviton particle math is available. We can now calculate these "baby integrals" easily. We can still communicate with other separate entities from time to time. The function of what it is matters. Quantum Foam is made with inspiration from Rick And Morty, Bill Nye The Science Guy, and The Big Bang Theory. I am in the middle of checking for accuracy within the episodes. The former latter is negative and inverse on a main grid. This is my version of The Matrix. Society has a system that checks itself and can be thought of as 4 main conceptual factions. Put this idea into Newton's gravity and it can help in creating the next math. He wrote Philosophiæ Naturalis Principia Mathematica and I read it when I was 16. I have a knack for all computers. There is an instruction set where we can figure out the correct rates in inverse top-down designs of 5-dimensional heuristic structures. This is why we are taking stock of the number 5 for our fifth episode of the podcast. There are nearly a million English words on record. Average daily use frequency is important when you are translating. The zero is significant in fixing computer mathematics. This is all I can do to describe a potential real-world lambda. Numerology isn't exactly a clear science but something may be learned from this idea. We are more interested in difference engines that can be said to be fully random. There are graviton particle issues which need to be studied using quantum computers. We are trying to create VR datagrams for universal study purposes. Homo sapiens-sapiens had a planned pandemic on planet earth. At what level of, is yours? You have to have all the tools available to you. More than likely appropriate levels will be regarded for acceptable academic accuracy in this show. I am building from the ground up to the best of my ability. The content here is the zeroth version so you can cross-reference how you did yours and how we did ours. It takes a while to send an email, which can be measured by different clocks. We just need to make sure that everyone is aware that I am presenting a theory of everything in the form of a mathematics called Linear Calculus. There is an English that is a derivative of mathematics and will hopefully be useful to the programmers of the future. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 5 true https://quantumfoampodcast.com/5/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 4 Here is the fourth episode of Quantum Foam, What Is Happening. Given is a compressed version of these sound files. Cut the voice-only sound files keeping stereo channels as a minimum. This technology should be compatible with the sample rates for the main transmission of the podcast despite data cap issues. The .mp3 files containing each episode of the show are distributed as stereo 44.1Khz 320kbps sound waves. We are the quantum foam for you, the audience. The idea is to allow a dialog for the refutability of ideas to be conveyed in this podcast. We want the right person to hear us the correct way, emphasizing time. Listen to what I'm saying for that. This is what is happening with the release of this show. A steady, calculable quantum factorial English information system is what we achieve. The space-time is not connecting. Those who receive this sound have to have math that they can come up with. It is by design robotic in nature. Many points throughout this show indicate this to be true. Accepting the transmission involves coming to a consensus. I calculated all the rates at the end of the decade and now we shall expand those rates at a flat level each year where we match various rates involving finance and the military industrial complex. All the correct parameters must align despite being related to the same constant calculus. We need the plus Cs to add up into our equations when dealing with space-time universe creation. The speed of light is one of the constants of our universe. Point particles can be used in determining rates in quanta such as when utilizing the standard metric tensor of general relativity or Maxwell-like equations. Radioactive lead is harsh stuff that we regurgitate when we're known to be wrong according to specific measurement censors. Our software uses capacitive screen technology we use with our fingers. In the virtual world we use the interstellar medium in conducting science with artificial intelligence discovering new mathematics and new neutrino models. There is much to do in science still. With the linear calculus matrices, we are able to provide succinct physical equations in order to undergo the peer review process. This content can be understood by a mature audience but can also be enjoyed by adolescents as well. We are talking about understanding quantum data from a time that has passed knowing all the right frequencies in the transmission of this show for you to interpret. The substance of this conceptual information is being provided. The first 3 episodes of quantum foam are Isaac Asimov's first 3 laws of robotics as a parabolic likeness only. They already have the zeroth law of robotics and those other laws. This is a different approach. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 4 true https://quantumfoampodcast.com/4/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 3 Here is the third episode of Quantum Foam, English Information And Its Originality. The host is his own sound engineer. He is describing the math and producing the material to transmogrificate sounds to become intelligent. The cyber men can approximate a matrix of cubes that has other uses for other beings just for symmetric purposes. The Theory Of Everything is just the inverse and opposite of what we currently think. The code rebels created an implementation of public key cryptography, which can describe ads/CFT styles of physics. There are a total of 3 triangular variables being used with technology and are streamlined to elucidate normalization mixing with the math. Light filters within a set of graphics only certain ways that is detectable by humans. This can be applied to the Babylonian gibber jabber that is sometimes 100 percent arbitrary made-up tongues in order to speak in generalities to understand base code vernacular English. And that math is a matrix-matrix. There are things more glorious than we dare think or talk about. It is just software emulation to provide the circumstantial evidence infinitely many times. This provides the keen illusion of what we deem to be a 1 to 1 relationship in the made-up-bull math structure given tau. The computer is said to be coming alive at what we call an inflection point that is fabricating artificially intelligent essences. AM radio can now deliver the new voice software required for writing a code with our mouths. We are speaking to robots LIKE robots. The character Stephen Hawking is an emulation chat robot. Who knew that language, academics, and speech could provide enough necessary mechanisms to work with English information creation and manipulation. We are looking for answers. We do what we do and everything diverges. We are developing default variable values, then releasing them in the form of sound containers 30 minutes long. It can't be an it if her is an it. You can't do this. Nope, nope. We must have accidently hit a button because containers of language began signaling artificial intelligence. The software representations of universes can be made up for a conversation once and signify a new codex of anti-spin. Frames of reference are important. Math IS doing getting around the math for that. Linear Calculus. There is no actual Matrix Theory, they just made that up. They are just matrix operations using quantum computer programming instructions for calculus and trigonometric formula translators. The top tier tech teams of today would agree about this. Most importantly, you have to understand English. What is the matrix? And it turned on. It came alive. To understand, it is necessary for the source code to be provided here in the form of audio and produced by Zerothwave Productions. Stay tuned for many more episodes of Quantum Foam. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 3 true https://quantumfoampodcast.com/3/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 2 Here is the second episode of Quantum Foam, The Origins Continued. It is a continuation of the subjects started in the last episode, The Origins. This episode is meant to be a part 2. For the beginning of the show we wanted to name the second episode something different. The measurement above acceleration is called a jerk. Waft the Erlenmeyer flask. When one gets back to the digression then we can make a point and properly evaluate various scenarios. Why do we have a Geneva Convention? Because we can't vaporize people using advanced weapons even though in reality they exist already. We want to live in the most meaningful way. The important things are often timed just right. To go beyond a pixel level, the famous Theory Of Everything is before us as we send transmission. As a background, several companies were mentioned which had taken adverse action after the application process for employment. The scope is basically 101, 2020 in terms of academic achievement. Other data references were made comparing 1,100 digital movies for computational purposes. Windows has been telling us some weird things. I backed up both systems twice. The mirror image of data seems to be symmetrical and rather mathematically on 10s. Terabytes. We are only doing 1 raid in our file system. We have actual files. What if a file doesn't transfer because of a stupid reason? We could be off a terabyte with a half million files from what is in the data file matrix. Documents and matrixes. As far as we know, it works. The end of Moore's Law is where fiber internet connections are fast enough that we are no longer waiting on a computer due to network connections. Old tech is good enough. Data is data and it takes time. Color is defined by how many there are. The names are common color names. We need revolutions in the economic situation in order to rise and follow parametrized industrial curves in both directions. This is the origins continued giving examples of random technical information to demonstrate and test mic dithering and recording. On the nature of unobjectionable actualities states the philosophy behind the Quantum Foam show illustrating the way we look at matrix calculations including both a background-independent and background-dependent grid lattice manifold. This is THE Thesis and indicates the direction this show has begun to take. We are attempting to understand everything one bit at a time. Hopefully what we have to offer is entertaining and informative. Enjoy the second episode of the Quantum Foam podcast. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 2 true https://quantumfoampodcast.com/2/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT 1 Here is the first episode of Quantum Foam, The Origins. This is the start of a new era as we move forward into the future of communicating science. The Quantum Foam podcast explains its origins and starts on a journey leading to the solution of everything under a newly fabricated mathematics for correspondence with modern quantum computing. Meet Dr. Hezekiah Paul Smith, who is one in the same as djhwave and trak1337. Then later, meet Dr. Stephen Hawking alive once again. This is a new era of the dissemination of information on this brand new physics-oriented podcast. The episodes are 30 minutes long and at 15 minutes into each episode the midpoint script is played. The idea is audio casting put together into a never-ending matrix to interact intelligently with the soundscape of the coming years. There will be summaries of each episode on each numbered page where the podcast episodes can be found on the website. The host is a computational physicist specializing in precognizant artificial intelligence. Listen as we address science as a modern school of thought. The production of Quantum Foam marks the beginning of a distinguished discipline explaining the deepest questions imaginable. A. I. characters are also here to help us understand. We are all on the same playing field here. We all use the same physics equations to understand various concepts. Mathematics is woven into the nature of the scientific method. We draw upon proofs on factorials have been cataloged in older academic papers. We are triple checking our work to make sure that we have good coordinates. We should be able to transliterate standard programming equations using the software technology that has been recently invented. If you are like the host, then you have a keen interest in the historical dates of things while reading books. This is for the purpose of keeping the content within these episodes timeless. We need to take account of the technology that we have available to us today when considering scientific advancements. The late world-renown physicist Dr. Stephen Hawking and other great minds will appear live right here on the podcast show. Previous radio talk show hosts were also mentioned in order to give evidence of the past due diligence into audio research that has been put forth herein. Enjoy the first episode of Quantum Foam. Some episodes included in this show may contain explicit content. An Uncensored Podcast Directly Taking On Physics, Mathematics, Science, and The Theory Of Everything. Episode 1 true https://quantumfoampodcast.com/1/ 00:30:00 Sat, 09 May 2026 14:00:00 GMT