Diamonds Posted July 24, 2021 Report Share 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 Link to comment Share on other sites More sharing options...
Diamonds Posted July 24, 2021 Author Report Share 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 Link to comment Share on other sites More sharing options...
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