Quantum Foam

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.