Antimatter And Matter

Here is the twenty-sixth episode of Quantum Foam, Antimatter And Matter. A Shot Of Mystery is a pretty cool podcast. This podcast is about science. Antimatter is described as being composed of the antiparticles of ordinary matter. Each particle and antiparticle can lead to a mutual annihilation. Other particles are then produced. The total energy of these equations is conserved. Neutrinos are fermions and have a spin of 1 half. They detect neutrinos from explosions from stars. The neutrino particles arrived at the detectors several days after the light was recorded in the optical sensors from the explosion. The standard way to begin to describe nature after taking into account The Standard Model Of Particle Physics is to begin considering neutrinos that have mass. This is seen from the solar winds from our sun. My list says there are 46 constants to consider when thinking about describing reality in terms of cosmology. The electron has a negative charge. There is exotic matter to contemplate. We will be looking more at neutrinos at a later time. Baryogenesis is the process that produced more matter than antimatter in the early universe. There doesn't appear to be any antimatter located anywhere naturally. We don't know why it is hard to find antimatter. The purpose of going over this information in the Quantum Foam Podcast is so that everyone knows what's going on. We are trying to have the ability to quantum compute Theory Of Everything descriptions of our natural world. We need to stay within acceptable parameters and have minimal margins of error. Antimatter And Matter would probably be involved with something such as a self-contained continuum of subspace time. A subset of a vector space. This is how the propulsion works for a starship from Star Trek such as a Constellation class ship with warp engines capable of faster-than-light travel. There is an orthogonal force to the direction of the flow of energy. This is due to electromagnetism. There are similarities in the presentation of the weak nuclear force and electromagnetism. Electrons go through wires in a current of electricity. The electroweak force is derived from an understanding and unification of these 2 forces. There are 4 forces and 1 field as far as our understanding of the substance the universe. If you're off in a small amount there is no telling whether or not you're off a lot more. In the 1970s they were trying to merge electromagnetism and the weak nuclear force. There are force-carrying particles and other particles that carry a mass. The W and Z bosons both have mass and are 100 times bigger than a proton. This information is pertinent when discussing The Big Bang Theory. After this event, The Higgs Boson was set to 0. Then it grew to certain states after an unspecified amount of life cycles during an unspecific amount of time. It is a fundamental field. We are willing to predict that there may be a different amount of forces and a different amount of fields, but as we currently understand it, there is only the 4 fundamental forces and the 1 fundamental field. This is our understanding of what we would need for a Theory Of Quantum Gravity. The Higgs Boson is a manifestation of The Higgs Field as though it were the crest on the surface of a wave of an ocean. Putting together The Standard Model Of Particle Physics was the work of the last century. They were interested in looking at where the energy densities stood in comparison to the mass and comparing parameters using this mechanism. Why do neutrinos have mass? We want to know why it appears to be more difficult or impossible to go back in time than it is to go forward in time. Relativistic distortions are possible with certain effects such as time dilation. What is important is The Higgs Mechanism. Higgs wears the big wig. In June of 2012 they found a particle that fit the properties of The Higgs Boson. This is the particle that gives everything mass. This comes from The Higgs Field. This is studied through particles smashing in collisions. Particles are annihilating in a big hodgepodge during this process. The Higgs Boson marked the completion of The Standard Model Of Particle Physics bringing us to a new era. What we try to do is create computer models that help us represent nature. Antimatter And Matter is tantamount in order to build and characterize the substance of reality.