Épisodes

  • The Mind's Limit

    The Mind's Limit
    May 9 2026
    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.
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    30 min
  • Rocket Science

    Rocket Science
    May 9 2026
    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 liquified 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 hydrygen 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 excellerate 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 muskateers. Myself, Dr. Michi Kaku, and Elon Musk 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 eficiency is improved. Multi-stage rockets are the solution to the mass problem. Engineers divide the rocket launch into segments called stages.
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    30 min
  • Torsion Fields

    Torsion Fields
    May 9 2026
    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 gravitaional 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 Relativiy. Gravitomagnetic effects in a weak field are small. There is gravitomagnetic and gravitational fields. There are effects that are assiciated 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 hibred 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.
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    30 min
  • Cryptocurrency - Part 2

    Cryptocurrency - Part 2
    May 9 2026
    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.
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    30 min
  • Cryptocurrency - Part 1

    Cryptocurrency - Part 1
    May 9 2026
    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 transfered, 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 commputers must verify a single transaction or entry. If there is a disagreement between computers, the transaction will be voidied. This process may take some time. Blockchain Technology is considered what is called a Tech Distruptor. What are the ristks involved with investing in crypto? There is a volitility 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.
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    30 min
  • Kinematics - Part 2

    Kinematics - Part 2
    May 9 2026
    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.
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    30 min
  • Kinematics - Part 1

    Kinematics - Part 1
    May 9 2026
    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.
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    30 min
  • Moore's Law No More

    Moore's Law No More
    May 9 2026
    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.
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    30 min