Coherent gravitational waves decay into photon pairs in vacuum with a rate ∝ G^2 N^2 ω^3 σ^2, and the paper estimates binary, stochastic-background, and ultralight-dark-matter consequences.
Gross and Roman Jackiw
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Gravitational waves decay in vacuum
Coherent gravitational waves decay into photon pairs in vacuum with a rate ∝ G^2 N^2 ω^3 σ^2, and the paper estimates binary, stochastic-background, and ultralight-dark-matter consequences.