- #1
heartless
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Hello,
I just got into the particle physics and so I met the first problem. Scientists claim that they had discovered higher generation quarks in the colliders but: If quarks are fundamental particles, and all the matter in our universe is only based upon up and down quarks, how 2nd and 3rd generations gained mass during the collision? Since their charges are the same, the only thing that is different is actually their mass, but again how did they gain mass during collision? It would need some kind of free material to be glued to up or either down quarks but since its fundamental there possibly couldn't be any additional materials to make up the quarks.
The only thing right now I can think of, is that the super high energy could possible add more energy to the quarks, possibly enlarging their mass, but again how do they absorb energy and what determines their charge?
Thanks for all the help,
I just got into the particle physics and so I met the first problem. Scientists claim that they had discovered higher generation quarks in the colliders but: If quarks are fundamental particles, and all the matter in our universe is only based upon up and down quarks, how 2nd and 3rd generations gained mass during the collision? Since their charges are the same, the only thing that is different is actually their mass, but again how did they gain mass during collision? It would need some kind of free material to be glued to up or either down quarks but since its fundamental there possibly couldn't be any additional materials to make up the quarks.
The only thing right now I can think of, is that the super high energy could possible add more energy to the quarks, possibly enlarging their mass, but again how do they absorb energy and what determines their charge?
Thanks for all the help,