Hamiltonian constraint
From Wikipedia, the free encyclopedia
In loop quantum gravity, dynamics such as time-evolutions of fields are controlled by the Hamiltonian constraint. The identity of the Hamiltonian constraint is a major open question in quantum gravity, as is extracting of physical observables from any such specific constraint.
The Thiemann operator has been proposed as such a constraint. Although this operator defines a complete and consistent quantum theory, doubts have been raised as to the physical reality of this theory due to inconsistencies with classical general relativity, and so variants have been proposed.
[edit] External links
 |
This quantum physics-related article is a stub. You can help Wikipedia by expanding it. |
