Coherent graviton states that make up classical gravitational waves decay into photon pairs at a rate enhanced by N squared, a purely quantum effect that yields tiny rates for binaries and first photon-injection bounds on cosmological GW sources.
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Gravitational waves decay in vacuum: a low energy effect of quantized gravitation
Coherent graviton states that make up classical gravitational waves decay into photon pairs at a rate enhanced by N squared, a purely quantum effect that yields tiny rates for binaries and first photon-injection bounds on cosmological GW sources.