More Quantum physics for tpt
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@dulix11 (View Post)
What? What the hell is an adiquino? I'm pretty sure it is not a quantum-mechanical entity. -
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Protons interact with the Weak Nuclear Force, to produce Neutrons, positrons and Electron Neutrinos.Neutrons interact with the Weak Nuclear Force to produce Protons, Electrons and Electron Anti-NeutrinosAnd Adiquinos are not elementary particles, but hydrocarbons. An example of aliphatic hydrocarbons are Alkynes, which have at least one triple bond between two carbon atoms. The actual definition of an aliphatic hydrocarbon is a hydrocarbon that is not aromatic. ;D
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@Minishooz (View Post)Conservation of Charge. PHOT has 0 charge, NEUT has 0. POSI has 1. 0+0 does NOT equal 1.When you substitute PROT for PHOT, it works perfectly.Besides, that's the way it actually works.______________________________________________________________________________Also, quarks must not be forgotten. There are 6: Up, Down, Strange, Charm, Bottom, Top (in order of mass). Furthermore, each quark can have 3 colors (tmp?). Don't forget the antiparticle for each! Also, there are gluons, which can bind quarks together. Gluons come in 8 (I think) different colors.
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ya we should have a category of particles like phot, neut, elec, prot, neutrino, boson, gamma ray, uv ray, microwave, infrared, positron, cosmic rays, leptons, quarks, gluons, magnetic waves....
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@-Troll (View Post)
Up (Charge: +2/3) and Down (Charge: -1/3) are the lightest quarks and are also the most common. They are denoted by U and D respectively, and make up protons and neutrons in the following combinations:P: UUD N:UDDCharm (Charge: +2/3) and Strange (Charge -1/3) are the next heaviest. These are found in nature infrequently.Top (Charge: +2/3) and Bottom (Charge -1/3) are the heaviest quarks, and are very rarely found in nature, if at all.Quarks also decay:
Top decays into Charm, which decays into Up, stabilising it.Bottom decays into Strange, which decays into Down, stabilising it.;D -
