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The three levels of physics are: Fundamental, Quantum, and Classical
- (THE FUNDAMENTAL LEVEL CONTAINS 100% OF THE STARTUP, BUILD-OUT, OPERATING, AND MAINTENANCE CODES FOR THE CURRENT UNIVERSE.
- THE CODES MOVE TO THE QUANTUM LEVEL ON A NEED-AS-NEEDED BASIS.
- The quantum level then implements the received codes on an ongoing basis.
- THE QUANTUM LEVEL OF PHYSICS IS THE LITTLE ENGINE THAT COULD.
- Immediately after THE BIG BANG, QUANTUM PHYSICS TAKES OVER. IT CREATES matter and energy. LIGHT WOULD COME LATER.
- QUANTUM MECHANICS DOES THE BUILD-OUT OF THE COSMIC WEB, STARS, AND THEN GALAXIES.
- QUANTUM GRAVITY HOLDS TOGETHER MASS IN MANY SHAPES AND SIZES. MASS TAKES UP ONLY ABOUT 5% OF THE UNIVERSE.
- Matter is made up of atomic particles: protons, neutrons, and electrons. It can exist as a gas, a solid, a liquid, or a plasma of charged particles.
- THE FUNCTIONS AND OPERATIONS OF THE QUANTUM LEVEL:
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HOW TRINITARIAN PHYSICS WORKS:- The Event Originator coded the laws of physics
- This code for the universe is written in a triune formulation with binary inter-actives. QUANTUM MECHANICS PRODUCES RANDOMNESS, WHICH IS SORTED DOWN TO PROBABILITIES. THEY ARE SCREENED DOWN TO THE deterministic level and SENT TO the correct quantum particle FIELD TO BE BORN.
- GOD’S OPERATING CODE TELLS THE LAWS OF PHYSICS WHERE, WHAT, AND WHEN TO DO ITS PART IN THE BUILD-OUT/BUILD-UP OF THE UNIVERSE.
- ENERGY’S CODE DOES ITS PART.
- THE PROCESS FOR THE CREATION OF A PARTICLE:
- 1st: The fundamental level of physics produces the embryonic mix code that births a particle once it has moved to its specific quantum field.
- 2nd: It then moves to the quantum field, where a particle takes shape.
- 3rd: Upon completion, it transitions to the classic physics level, entering the realm of REALITY.
- reality
- Nine of the 17 quantum fields are seamlessly involved in producing particles.
- 4 fields for neutrinos (electron neutrino, muon neutrino, tau neutrino)
- 1 for photon (carrier of electromagnetic force)
- 1 for gluon (carrier of strong nuclear force)
- 1 for W weak boson (charged carrier of weak nuclear force)
- 1 for Z weak boson (neutral carrier of weak nuclear force)
- 1 for Higgs.
- ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES.
- There are TWO WAYS OF MEASURING TIME; THEY ARE ATOMIC AND LASER. LASER IS THE MOST ACCURATE. Frequency is the rate at which current changes direction per second.
- From low to high frequency, these are radio waves, microwaves, infrared, visible light, ultraviolet, X-rays, and gamma rays. The electromagnetic waves in each of these bands have different characteristics, such as how they are produced, how they interact with matter, and their practical applications.
- BLACK HOLES EVAPORATE AWAY VIA RADIATION LEAKAGE. Quantum physics reveals that objects can exhibit both wave-like and particle-like properties, and their behavior is not always definite but can be described by probabilities.
- Gravity waves move at the speed of light.
- Human life is an example of a four-dimensional object that can be measured in terms of length, width, height, and the time elapsed.
- How bosons create the fundamental forces of the universe.
- All interactions are mediated by bosonic (integer-spin) particles, such as gluons, photons, and the weak interaction’s W and Z bosons. They differ by their masses and the range of the corresponding interactions.
- All things are true with binary interactives.
- Many laws of nature can shift gears, as needed.
- The first law of thermodynamics concerns matter and states that it can be created or destroyed only by being converted from one to the other. Matter can be destroyed to produce energy, and energy can be destroyed to create matter.
- Third, the Big Bang created adequate cold dark matter to cool it down from a very hot and dense state to a cooler state. It expanded as it cooled. down.
- In quantum mechanics, particles pop in and out of existence on specified conditions. The equations prove this, but reality does not.
- Quantum field theory is formulated in terms of quantum harmonic oscillators in momentum space. They track energy and momentum transfer between fields. The relation between time and energy is uncertain.
- Energy fluctuations create and destroy virtual particles.
- In the Standard Model of particle physics, the fields mediate the strong interactions with gluons.
- Apart from these fields that mediate the known forces, we also have fermions, organized into left-handed doublets (e.g., electron + electron neutrino) and right-handed singlets (except for the neutrino). The total number of resulting particles has three degrees of freedom.
- Fermions come in three nearly identical generations.
- ALL THINGS ARE TRIUNE WITH BINARY INTERACTIVES.
- The Higgs field is a complex-valued scalar doublet.
- Three of its four real degrees of freedom are removed as the longitudinal degrees of freedom of the massive vector bosons.
- The weak interaction leaves only one scalar degree of ofdom for the Higgs boson.
- The Standard Model currently has some open questions. The neutrinos don’t align with reality, as shown by neutrino oscillations and the measured components of the neutrino mass mixing matrix.
- The resulting concerns about renormalizability, significant mass differences, especially between fermion generations, the absence of additional fermion generations, and the large number of dimensionless parameters.
- Quantum gravity remains outside of the standard model.
