The investigation of features of electromagnetic waves propagation, their generation and absorption in weakly inhomogeneous chiral media were started and the following results were obtained :

• the governing equations to describe the electromagnetic waves interaction with inhomogeneous chiral plasmas were derived (together with N.S.Erokhin);

• the analysis of polarization characteristics conversion for propagating hybrid modes was performed (together with N.S.Erokhin);

• it was proven the 100 % hybrid mode conversion in the case of normal waves incidence upon inhomogeneous plasma (together with N.S.Erokhin);

• it was shown that in the chiral inhomogeneous plasma without the external magnetic field, the plasma resonance layer may be open for the electromagnetic wave propagating from the vacuum (together with N.S.Erokhin);

• the new instability conditioned by the medium chirality was founded (together with O.G.Chkhetiani, V.G.Pungin);

• the Ohm law was generalized to the case of chiral plasma (together with O.G.Chkhetiani, V.G.Pungin).