- #1
maxmax
- 4
- 0
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 more separated on their stretching string,
can you say (theoretical) that this string is really getting thinner,
or getting narrower, just like real elastic?
2) If you compare, theoretical, the situation of 1) increasing distance
and 2) decreasing distance between quarks, what can you say about
the amount of energie in between them:
a) Does this amount of energie depend on the number of interactions
between the quarks and the gluons, and when the answer is yes, which are the most important? And when no, where does it depend on really?
And when the answer is Yes, that means less reactions when the distance get's shorter. But at shorter distance the thermal pressure will rise enormously
Can we say that this thermal pressure "from outside" has no effect on the quarks?
Has this pressure effect on something else? ( I always learnt: more pressure
means more particle-movement, but the quarks seem to move in total
freedom, does their movement only depend on their own gluon-string-energy?)
Cn we maybe say that the energy on the quantum-gluon-elastic
is negative related with the pressure outside?
Kind regards, maxmax.
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 more separated on their stretching string,
can you say (theoretical) that this string is really getting thinner,
or getting narrower, just like real elastic?
2) If you compare, theoretical, the situation of 1) increasing distance
and 2) decreasing distance between quarks, what can you say about
the amount of energie in between them:
a) Does this amount of energie depend on the number of interactions
between the quarks and the gluons, and when the answer is yes, which are the most important? And when no, where does it depend on really?
And when the answer is Yes, that means less reactions when the distance get's shorter. But at shorter distance the thermal pressure will rise enormously
Can we say that this thermal pressure "from outside" has no effect on the quarks?
Has this pressure effect on something else? ( I always learnt: more pressure
means more particle-movement, but the quarks seem to move in total
freedom, does their movement only depend on their own gluon-string-energy?)
Cn we maybe say that the energy on the quantum-gluon-elastic
is negative related with the pressure outside?
Kind regards, maxmax.