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If the production rate of a graviton is determined by the mass quadrupole * G, then wouldn't the graviton be much more likely to be detected if you placed a particle accelerator very close to a dense object, such as a neutron star or a black hole? (Since the value of the quadrupole function becomes larger as mass, and therefore gravitational attraction, increases). My bet is that there is an equilibrium near an event horizon, where gravitons are likely to be quantized.
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