Super-Enhanced Absorption of Gravitons in Atomic Gases

We present a novel method for detecting gravitons usingan atomic gas supported by laser fields.Despite the coupling strength of gravitons to atomictransitions being orders of magnitude weaker than that ofphotons to atomic transitions, the rate of graviton-absorbedatomic transitions can be substantially elevated to a practicallyobservable level. This enhancement is facilitated by anexceptionally potent amplification effect, stemming froma collective quantum electrodynamics phenomenon thatencompasses a simultaneous multiphoton-multiatom process.