Diamonds Posted July 24, 2021 Report Posted July 24, 2021 Is mass and energy etc. Conservation law always true? why do proton is so much heavier than 3 quarks? 9.6 MeV and 939 MeV. It is like 1000 kg strongbox built out of 10 kg raw materials. I tried to make a formula to solve the problem. E = 2 m (ch)^2 or almost same E = mc^4 when mass is getting near light speed mass loses its energy to c^2 and so on. this is not to be taken seriously but .... Quote
Diamonds Posted July 24, 2021 Author Report Posted July 24, 2021 so I think that quarks are vibrating maximium speed always and according to those two formulas they make protons 939 MeV. (ch)^2=3.945883 billion and when we divide that with c^2 and later multiply the result by 2 we get 87.808. 939 MeV / 87.808 = 10.69 MeV that is close to 3 quarks 9.6 MeV sorry if I am all wrong. It was night and I was tired when I made this up. take this as a joke if you wish! philippas 1 Quote
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