Derivative Expansion in Quantum Theory of Gravitation
arXiv:hep-th/9410111 · doi:10.1143/PTP.93.615
Abstract
The cosmological term prevents perturbation based on derivative expansion in Einstein gravity. We consider quantum theory of gravitation invariant under volume-preserving diffeomorphism and Weyl transformation, which is suitable for derivative expansion.
arXiv commentphyzzx, 8 pages, UT-686
Cited by in corpus (8)
- Absence of cosmological constant problem in special relativistic field theory of gravity
- Topological Features of the Quantum Vacuum
- Reissner-Nordstrom Solution from Weyl Transverse Gravity
- Schwarzschild Solution from WTDiff Gravity
- Quartet-metric/multi-component gravity: scalar graviton as emergent dark substance
- Cosmology in Weyl Transverse Gravity
- Uncovering the effective spacetime: Lessons from the effective field theory rationale
- Multiscalar-metric gravity: cosmological constant screening and emergence of massive-graviton dark components