DeWitt's Self-Action Effect on the Dipole Radiation of Hydrogen-like GraviatomsGravitationally bound systems, so-called
graviatoms, consisting of a minihole and a charged
On gravitational radiation of microsystems radiation from the coalescence of miniholes and the
graviatom quadrupole transitions prove to be comparable
Graviatom dipole radiationGraviatom existence conditions have been found. The
graviatoms (quantum systems around mini
Graviatoms Taking Account of Relativistic Corrections and Minihole RotationGravitationally bound quantum systems, so-called
graviatoms, consisting of a minihole and a charged
Graviatoms with de sitter interiorWe present a
graviatom with de Sitter interior as a new candidate to atomic dark matter generically
Nonhydrogen-like graviatom radiationNonhydrogen-like
graviatoms corrected for DeWitt's self-action, mini-hole rotation and particle
GRAVITATIONAL RADIATION FROM THE COALESCENCE OF MINIHOLES AND QUADRUPOLE TRANSITIONS OF GRAVIATOMS graviatoms. The gravitational radiation arises from coalescence of miniholes and quadrupole transitions
Quantization of Gravitationally Bound Systems mechanics, quantum field theory, and quantum geometrodynamics. Energy levels for the
graviatom, Lemaitre
Graviatoms with leptons and mesonsBound quantum systems maintaining a particle in orbit around a mini-hole, called
graviatoms Quantum systems bound by gravityQuantum systems contain charged particles around mini-holes called
graviatoms. Electromagnetic