At high energies, quarks behave like single particles, due to the asymptotic freedom in QCD. Have we observed these free quarks yet in experiment? Does the freedom energy match the theoretical models?
Normal acceleration is equivalent to a uniform gravitational field throughout all of space. Thus, if I am normally accelerating, I should observe an event horizon shifted as compared to a non-accelerating observer. Is this correct?
I would appreciate if someone could help figure out this thought experiment:
Lets say I have two detectors named A and B.
They both want to detect system C.
For my naming convention I will say that C.B is the perturbed state of C after interacting with B
Ok so both A and B decide to measure...