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The basis of nonlocal curvature invariants in quantum gravity theory

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arxiv gr-qc/9404061 v1 pith:2VMLQHP6 submitted 1994-04-29 gr-qc

A.O.Barvinsky , Yu.V.Gusev , G.A.Vilkovisky , V.V.Zhytnikov This is my paper · ORCID
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keywords basisnonlocaltheorygravityquantumcurvatureinvariantsapproach
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abstract

A complete basis of nonlocal invariants in quantum gravity theory is built to third order in spacetime curvature and matter-field strengths. The nonlocal identities are obtained which reduce this basis for manifolds with dimensionality $2\omega<6$. The present results are used in heat-kernel theory, theory of gauge fields and serve as a basis for the model-independent approach to quantum gravity and, in particular, for the study of nonlocal vacuum effects in the gravitational collapse problem.

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  1. The Speed of Gravity

    hep-th 2019-09 conditional novelty 6.0 of 10

    In the standard effective field theory of gravity, gravitational waves on cosmological backgrounds propagate at a speed differing from unity, and analyticity arguments favor superluminal speed relative to matter.

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