- #1
Chain
- 35
- 3
For quark anti-quark binding the potential takes the form:
[itex]V(r) = -k/r + σr[/itex]
Where the first term comes from the Coulomb force and the second term comes from the strong nuclear force.
My question is whether [itex]σ[/itex] is the same for all quark anti-quark pairs or if it's different depending on which quark anti-quark pair is binding?
If so is there a way to calculate the string tension for a bottom anti-charm pair given [itex]σ[/itex] for the bottom anti-bottom and charm anti-charm mesons.
[itex]V(r) = -k/r + σr[/itex]
Where the first term comes from the Coulomb force and the second term comes from the strong nuclear force.
My question is whether [itex]σ[/itex] is the same for all quark anti-quark pairs or if it's different depending on which quark anti-quark pair is binding?
If so is there a way to calculate the string tension for a bottom anti-charm pair given [itex]σ[/itex] for the bottom anti-bottom and charm anti-charm mesons.