If we cool down a small sample of atoms and see bose-einstein condensation,
and so the speed of the atoms is slowed down dramatically,
what can we say about the speed of the sub-atomic particles
(quarks etc..), do we know how their speed is being changed?
regards, marcel
Well, it seems that one "sea of gluons", at short range, is bigger and more ad infinitum than the other sea which is at long range, what a great picture!?
1) So, reading this all I can conclude that the linear potential (and thus the strong force)
between 2 quarks will get weaker at short...
Reading between the lines
Thanks for your reaction, much appreciate your time!
There are still some points I can't see explained explicite in "popular literature"
Maybe my questions are not relevant, or are the answers hidden in formula's
for insiders?
We do know 3 quarks make up a...
We know "asymptotic freedom" says that the interaction between particles, such as quarks, becomes arbitrarily weak at ever shorter distances
and stronger with range
The quarks are connected like being on a rubber band: (string)
I have the following questions:
1) While the quarks get...