Nonlinear optical absorption of light and efficient luminescence in halide perovskites are
important photophysical processes, which can be employed for efficient light conversion …

We study a system of microcavity pillars arranged into a kagome lattice. We show that
polarization-dependent tunnel coupling of microcavity pillars leads to the emergence of the …

Coupling of quantum emitters in a semiconductor relies, generally, on short-range dipole-
dipole or electronic exchange type interactions. Consistently, energy transfer between …

The spin-dependence of the strongly correlated phenomena and many-body interactions
play an important role in quantum information science. In particular, it is quite interesting but …

We generalize the spin Meissner effect for an exciton-polariton condensate confined in
annular geometries to the case of nontrivial topology of the condensate wave function. In …

We report on the novel mechanism of electron scattering in hybrid Bose-Fermi systems
consisting of a two-dimensional electron gas in the vicinity of an exciton condensate: We …

We evidence magnetic field triggered polariton lasing in a microcavity containing
semimagnetic quantum wells. This effect is associated with a decrease of the polariton …

The observation of spin-related phenomena of microcavity polaritons has been limited due
to the weak Zeeman effect of nonmagnetic semiconductors. We demonstrate that the …

We study electron scattering in graphene in hybrid Bose-Fermi systems. We calculate the
energy-dependent electron relaxation time, accounting for the processes of emission and …

Semiconductor microcavities are often influenced by structural imperfections, which can
disturb the flow and dynamics of exciton-polariton condensates. Additionally, in exciton …