Strong force bremsstrahlung equivalent

[Garlic]

Are there strong interactional equivalents of synchrotron, bremsstrahlung and cerenkov radiation?
Or for the weak/gravitational interactions?
For example, will an accelerating bare quark emit gluons?

 

[mfb]

There are no bare quarks.

Jet quenching is an effect of high-energetic quarks or gluons flying through QCD matter.

 

[Garlic]

There are no bare quarks.

I don't understand what you are meaning. There are no bare quarks, because they quickly hadronize. But for really short time intervals, they can remain outside hadrons, it's just a question of time.

Jet quenching is an effect of high-energetic quarks or gluons flying through QCD matter.

I have red it. It says this process is medium induced, that's not what I meant.

I mean, a charged particle emits photons while being accelerated und decelerated, does a quark that has not yet been hadronized emit gluons while being accelerated or decelerated?

 

[mfb]

But for really short time intervals, they can remain outside hadrons

They are never alone. They can be too high-energetic to be bound in hadrons, but you still don't get isolated quarks.

I have red it. It says this process is medium induced, that's not what I meant.

Cherenkov radiation and Bremsstrahlung are induced by other matter as well. And you cannot have free quarks.

I mean, a charged particle emits photons while being accelerated und decelerated, does a quark that has not yet been hadronized emit gluons while being accelerated or decelerated?

Sort of. You get parton showers.

 

[Garlic]

Thank you