- #1
BenTheMan
- 478
- 0
Lubos has a posting today about how Lorentz violating theories of quantum gravity seem to imply violations to the second law of thermodynamics:
http://motls.blogspot.com/2008/04/lorentz-violation-makes-perpetuum.html
I don't quite understand the arguments, but e states that ``the second law can be proven for any hilbert space'' which seems to imply that Lorentz violating theories don't have a good hilbert space.
First of all, can anyone explain this to me? Secondly, does anyone know why the arguments WOULDN'T apply to their favorite theory of Lorentz Violation?
http://motls.blogspot.com/2008/04/lorentz-violation-makes-perpetuum.html
I don't quite understand the arguments, but e states that ``the second law can be proven for any hilbert space'' which seems to imply that Lorentz violating theories don't have a good hilbert space.
First of all, can anyone explain this to me? Secondly, does anyone know why the arguments WOULDN'T apply to their favorite theory of Lorentz Violation?