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- Every particle reaction happens because of interaction with one of the fundamental forces. Baryons and mesons (Hadrons, not Leptons) are affected by the strong force. The weak force affects most particles. Particle decay occurs because of the 3 forces. Electrons don’t decay, they just turn themselves into other things, some with an electric charge.
- The law of conservation of parity of particle (not true for the beta decay of nuclei) states that, if an isolated ensemble of particles has a definite parity, then the parity remains invariable in the process of ensemble evolution. Parity is a property that is important in the quantum-mechanical description of a physical system. In most cases, it relates to the symmetry of the wave function representing a system of fundamental particles. A parity transformation replaces such a system with a type of mirror image.
- A strange particle is an elementary particle with a strangeness quantum number different from zero. The classification of particles, as mesons and baryons, follows the quark/anti-quark and three quark content respectively.
- Particles of matter transfer discrete amounts of energy by exchanging bosons with each other. Each fundamental force has its own corresponding boson – the strong force is carried by the “gluon”, the electromagnetic force is carried by the “photon”, and the “W and Z bosons” are responsible for the weak force.
- Bosons are force–carrying particles. This means that they are made up of tiny bundles of energy. Photon – Light is made up of a type of boson called a photon.
- Mesons are hadrons that do not decay into protons, such as pinons and kaons. Pinons and kaons can be positive, neutral, and negative. Baryons and mesons aren’t fundamental particles and so can be split into smaller particles known as quarks. Leptons − Leptons are particles that interact using the weak nuclear force.
- Hadrons are the heaviest particles. This group is then split- up into baryons and mesons. Baryons are the heaviest particles of all, followed by mesons. Leptons are the lightest particles. These 3 families carry a force from place to place. All 3 families have anti-particles.
- In particle physics, the most important hierarchy problem is the question that asks why the weak force is 1024 times as strong as gravity.[7] Both of these forces involve constants of nature, the Fermi constant for the weak force and the Newtonian constant of gravitation for gravity.
- Symmetry is the casual structure built into the creation module. The creation module has a two-way arrow of time that is built into it. All current information is always passed back into the versatile storage unit. These informational totals can’t be changed or deleted.
- The closed sub-atomic quantum system is a duplicate of the macro quantum system. The two systems interact on a binary basis.
- Photons mediate electromagnetic interactions between particles in quantum electrodynamics. An isolated electron at a constant velocity cannot emit or absorb a real photon; doing so would violate conservation of energy and momentum. Instead, virtual photons can transfer momentum between two charged particles.
- Everything quantum has a wave-particle property duality. Also, quantum indeterminacy can be quantitatively characterized by a probability distribution on the set of outcomes of measurements of an observable. The distribution is uniquely determined by the system state, and moreover, quantum mechanics provides a recipe for calculating this probability distribution. Indeterminacy in measurement was not an innovation of quantum mechanics, since it had been established early on by experimentalists that errors in measurement may lead to indeterminate outcomes.
- Retro causality, or backward causation, is a concept of cause and effect in which an effect precedes its cause in time and so a later event affects an earlier one.[1][2] In quantum physics, the distinction between cause and effect is not made at the most fundamental level and so time-symmetric systems can be viewed as causal or retrocausal. Quantum entanglement does seem to violate causality in the context of Bell’s theorem but in reality, it doesn’t do so. In the subatomic realm, where the laws of quantum physics make seemingly impossible feats routine, the one thing that we always considered beyond the pale might just be true. This idea that the future can influence the present, and that the present can influence the past, is known as retrocausality. Entanglement of two particles does not violate causality when the particles are first entangled.
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Key dates Dalton s Plum Pudding model Thomson s electron discovery Rutherford s scattering of α particles with Geiger & Marsden, Manchester Bohr theory of the atom Rutherford – the discovery of proton Dirac predicts positron Pauli predicts neutrino Fermi names predicted neutrino Anderson observes positron Chadwick – the discovery of neutron Segre & Chamberlain – observed anti-proton Neutrino observed Salam & Weinberg predicted W & Z bosons Perl – discovery of Tau 1784MeV/c² CERN W & Z bosons observed. Higgs Boson (not quite yet). Forces: 1. strong (hadronic) nuclear interaction (carried by exchange bosons called gluons). 2. electromagnetic interaction (carried by exchange particle photon). 3. weak nuclear interaction (carried by W & Z exchange bosons). 4. gravitational interaction (carried by predicted graviton exchange boson). atom. Hadrons. Strong, hadronic interactions. (made of quarks up, down & strange (flavors) top, bottom & charm (newer).) Leptons. Spin ½ s …so fermions. Weak interactions. Fundamental particles. No size. Mostly light. Each has an anti-particle. Baryons. Spin ½ s …so fermions. Heavy hadrons. Triplets of quarks. Mesons. Spin 0,1,2,..so bosons .. Intermediate mass. Quark & anti-quark. Muon νμ Neutrino. Electron e. Muon μ. Tau τ. (heavy) Nucleons. Others. Electron neutrino νe. Tau neutrino ντ. Neutron. Proton. Quarks. Fundamental particles. Up, down, strange, top, bottom, charm. Lambda. Sigma. Xi. Pion up. Kaon. Eta.
- COMMON SENSE DOESN’T APPLY TO QUANTUM MECHANICS.
- Every symmetry of physics laws leads to a conservation law, and every conservation law arises from a symmetry in the laws of physics.
- THE LAW THAT CONTROLS ALL PARTICLE INTERACTIONS IS THIS:
- ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES. THIS IS THE LINKAGE BETWEEN MATTER AND FORCE CARRYING PARTICLES. FERMIONS AND BOSONS control THE LINKAGE BETWEEN THE PARTICLE ZOO.
- THE REALITY OF HOW LIFE FORMS CAME ABOUT ON THIS REMOTE BLUE MARBLE IS THIS: THE EVENT ORIGINATOR WROTE THE CODE, PRODUCED THE BLUEPRINT, AND USED AN EVOLVEMENT PROCESS TO OBTAIN THE REQUISITE RESULT. IT’S ALL JUST A BINARY SOFTWARE PROGRAM.
- IT’S ALL ABOUT THE CODE THAT YOU START WITH.
- THE DESIGNER/CREATOR’S PROCESS : (recap).
- 1ST: Write the code for the upcoming big bang that will create another universe. (One universe does not an infinity make.)
- 2nd: Write the code for the design and descent for all intended results as the event unfolds. ( One event does not an eternity make).
- 3rd: Set the event in motion. All things are triune, with binary interactives.
- 4th: Monitor, fine-tune, adjust, and select out on-going.
- 5th: Use DESIGN AND DECENT as the process. Write a separately coded blueprint for the consciousness of the known thought reposers.
- 6th: It’s not the people, it’s the event.
- 7th: Harvesting new crops of known thought reposers was the intended result.
- ONE EVENT DOES NOT make AN ETERNITY
- EVOLUTION IS ONLY PART OF THE PROCESS.*
- ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES.
- BEYOND GOOD AND EVIL IS ONLY GOOD.
- ITS NOT THE PEOPLE, ITS THE EVENT.
- GET BACK TO WHERE YOU ONCE BELONGED.
- IN THE END, CHOICES ARE NEVER FREE.
- WHAT TO DO, IS UP TO YOU. ONE UNIVERSE DOES NOT AN INFINITY MAKE. GETTING BEYOND EVIL IS A START.
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- Reality is an existence that is absolute, self-sufficient, or objective, and not subject to human decisions or conventions.
- A Perception is a way of regarding, understanding, or interpreting something; via a mental impression.
- The reality of the unseen is beyond your ken. It resides on the backside of the space-time continuum.
- Every symmetry of physics laws leads to a conservation law, and every conservation law arises from a symmetry in the laws of physics.
