High Energy Particle Physics

    

Mass Calculation of Antiproton

Authors: Deokjin Kim

In previous study, the masses of proton, kaon, and pion were calculated. Proton of 938.3 MeV is composed of two up quarks, one down quark, one strong particle force and the dark force, and one electromagnetic particle force and the dark force. The shell of antiproton is one anti-electromagnetic particle force, which is 2π times heavier than electromagnetic particle force. From this, the mass of antiproton was calculated as 5.895 GeV. The minimum kinetic energy required to produce an antiproton is 5.6 GeV, and the first experiment to confirm the existence of antiproton was the collision of copper target and protons accelerated to 6.2 GeV. The average mass of two values is 5.9 GeV, and the calculated value of antiproton is 5.895 GeV. Is this coincidence or necessity?

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[v1] 2022-04-16 11:20:30

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