The quantum principle of equivalence: gravity, anti-gravity and inertia

Abstract

It is shown that for an external observer quantum thermal radiation of the detector, accelerated or rotating in Minkowski space, fully equivalent to the radiation of detector, which moves in anti-gravitational vacuum, and quantum thermodynamics of the detector with a negative acceleration is completely similar to the thermodynamics of black holes (Hawking effect). This difference of quantum effects leads to the need of differentiated formulations of quantum nonlocality principle of the equivalence, in relation to which the local Einstein equivalence principle is a macroscopic classical approximation. It is shown that the inertial forces can be described as a quantum reaction of vacuum. The formula for determining the amount of information that corresponds to a rotating physical space bodies and objects, and compensates the gravitational entropy of black hole sis proposed.