Electromagnetic and Gravitational Radiation of Graviatoms

TL;DR

This paper investigates the conditions under which graviatoms, quantum systems around mini-black-holes, can exist and calculates their electromagnetic and gravitational radiation, comparing these with Hawking radiation.

Contribution

It identifies specific particles that can form graviatoms and provides detailed calculations of their radiation emissions, expanding understanding of quantum black-hole systems.

Findings

Graviatoms can contain electrons, muons, tau leptons, winos, pions, and kaons.

Electromagnetic and gravitational radiation from graviatoms are quantified.

Comparison shows differences between graviatom radiation and Hawking's mini-hole radiation.

Abstract

Graviatom existence conditions have been found. The graviatoms (quantum systems around mini-black-holes) satisfying these conditions contain the following charged particles: the electron, muon, tau lepton, wino, pion and kaon. Electric dipole and quadrupole and gravitational radiations are calculated for the graviatoms and compared with Hawking's mini-hole radiation.