Quantum Foam

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.

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.

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?

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.

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.

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.

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.

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.

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.

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.