The Hawking-particle propagator derived in QFT on Schwarzschild spacetime differs from the path-integral propagator that matches terrestrial gravity experiments.
Emelyanov, Annalen der Physik535(2023) 2200386
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
fields
gr-qc 2verdicts
UNVERDICTED 2representative citing papers
A scalar field solution is constructed that is a coordinate-independent zero-rank tensor, shared across AdS, dS, and Einstein static universes, locally matches Minkowski plane waves, and is non-perturbative in curvature.
citing papers explorer
-
Field Quantisations in Schwarzschild Spacetime: Theory versus Low-Energy Experiments
The Hawking-particle propagator derived in QFT on Schwarzschild spacetime differs from the path-integral propagator that matches terrestrial gravity experiments.
-
Coordinate- and spacetime-independent quantum physics
A scalar field solution is constructed that is a coordinate-independent zero-rank tensor, shared across AdS, dS, and Einstein static universes, locally matches Minkowski plane waves, and is non-perturbative in curvature.