Linear Calculus

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.