Non-Abelian gauge theories with consideration of vacuum condensates, finite temperature, matter density and induced topological terms II

Enlarged investigations of important phenomena which are related to
the dynamical and topological structure of the vacuum state.
Investigation of the interference of color and electromagnetic fields
and of the interplay of effects of finite temperature and matter
density with effects of background gauge fields. Determination of the
influence of external conditions on the formation of quark and diquark
condensates and parity violation. Seek for new solutions of the Dirac
equation in background fields with nontrivial topology and
clarification of their possible role in the mechanisms of chiral
symmetry breaking and confinement.