Khetselius O. Quantum structure of hyperfine, electroweak interactions in heavy atoms and nuclei

Dissertation is devoted to carrying out a new nuclear-QED approach to qualitative description of hyperfine (HFS) and electroweak interactions in heavy atoms and nuclei and development of new theory for cooperative е-gamma-nuclear processes. There are defined nuclear magnetic moments, HFS parameters, parity nonconservation radiative amplitudes for a set of nuclei: Cs, Ba+, Tl, Fr, Ra+, Yb with account of QED and nuclear corrections, nuclear-spin dependent corrections due to anapole moment, Z-boson ( (AnVe) current) exchange, HFS-Z exchange ((VnAe) current). The weak charge is found for Cs, Tl and firstly Yb and comparison with Standard model is done.