Composition of an antiproton from quarks
An antiproton is the proton antidote. This is the same particle, but with the reverse charge. The proton has a charge of +1, so the antiproton of -1. The mass of the antiproton is exactly the same as the proton according to CPT symmetry. There has been no violation of this theory yet. A normal proton is made up of 2 up quarks and 1 down quark, but the antiproton is made up of their antivarians. Origin
Antiprotons are made in particle accelerators, the highest production occurs in the CERN particle accelerator. Protons are shot at very high speed on a plate of iridium. This results in antiprotons that drift away from the plate at a rate that approximates the velocity of light. To further study, the antiprotones are torn down in magnetic fields that change millions of times per second of strength (the changes of strength occur due to a radio frequency change). After they are jammed, they are trapped in a special storage ring. The CERN managed to capture some antiprotons for 57 days. Collisions
Protruding protons and antiprotons, then a very large amount of energy becomes free and destroys each other. The energy is not only the energy of the rest (E = mc²), but energy is also released from the motion energy. There is no anti-energy, energy is the building material for both matter and antimatter.
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