- #1
h20 bear
- 5
- 0
I understand that they 'jitter'. Do they spin around one another or have some sort of 'orbit' in respect to each another? Is it chaotic?
Do they actually touch one another?
Do they actually touch one another?
A good account more or less up-to-date is in :Dickfore said:The question for the "orbital angular momentum of quarks in a nucleon" is somewhat controversial as far as I am informed. Does anyone know something more on this issue?
Quarks are subatomic particles that are the building blocks of protons and neutrons. They also make up other particles, such as mesons and baryons.
Quarks move within a particle by exchanging gluons, which are the force carriers of the strong nuclear force. This force holds quarks together and allows them to move within the particle.
No, quarks do not move at the speed of light. They have a mass and therefore, cannot reach the speed of light. However, they do move very quickly within particles due to the strong nuclear force.
No, quarks cannot move independently from one another. They are always bound together by the strong nuclear force, forming larger particles like protons and neutrons.
The motions of quarks within a particle are determined by the strong nuclear force and the exchange of gluons. The specific arrangement and interactions between quarks and gluons determine the overall motion of the particle.