Einstein-Yang-Mills Sphalerons and Level Crossing
Mikhail S.Volkov
TL;DR
This paper investigates the fermion energy spectrum in Einstein-Yang-Mills theory along paths connecting different vacua, focusing on gravitational sphaleron solutions and their role in level crossing phenomena.
Contribution
It introduces an analysis of fermion spectra in Einstein-Yang-Mills theory considering gravitational sphalerons, highlighting their impact on topological transitions.
Findings
Fermion energy levels exhibit crossing behavior at sphaleron configurations.
Gravitational effects influence the fermion spectrum during topological transitions.
The study provides insights into non-perturbative phenomena in gauge-gravity systems.
Abstract
The fermion energy spectrum along paths which connect topologically distinct vacua in the Einstein-Yang-Mills theory passing through the gravitational sphaleron equilibrium solutions is investigated.
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