DeWitt's Self-Action Effect on the Dipole Radiation of Hydrogen-like Graviatoms

Abstract

Gravitationally bound systems, so-called graviatoms, consisting of a minihole and a charged particle are considered. A frequency, oscillator strength and intensity of radiation are calculated for the dipole transition 2p → 1s taking into account DeWitt's self-action, which diminishes the frequency and intensity of the transition as compared with the corresponding quantities for a hydrogen-like graviatom.