Carrier multiplication is a process whereby a kinetic energy of a carrier relaxes via
generation of additional electron–hole pairs (excitons). This effect has been extensively …

The ingredients normally required to achieve topological superconductivity (TSC) are
Cooper pairing, broken inversion symmetry, and broken time-reversal symmetry. We present …

We present an effective model for surface states at the Si-terminated (001) surface of ternary
rare earth (R) intermetallic compounds RT 2 Si 2 with the transition metal element T= Ir or …

The binary and ternary telluride systems containing europium as one of the magnetic
components exhibit a higher effective g factor and much lower effective mass due to strong …

The IV-VI compound semiconductors comprising binary and ternary tellurides exhibit an
elevated effective g factor\((g_\textrm {eff})\) and reduced effective mass\((m^{*})\) as a …

We consider the effective equation of motion starting from the fundamental six-level double
group basis as stated by Mitchell-Wallis under effective mass representation in the presence …

We present a theory of the electronic structure calculation for SnTe, based on a method
(being the momentum operator in the presence of the spin–orbit interaction). The calculation …

We derive a theory for the spin-contribution to the electron-paramagnetic resonance shift (P
s) for an electronic system in the presence of a periodic potential, spin-orbit (SO) interaction …

We present a systematic study of lead-salt nanocrystals (NCs) doped with Mn. We have
developed a theoretical simulation of electronic and magneto-optical properties by using a …

We make a careful analysis of various contributions to the indirect 207 Pb nuclear spin-spin
interactions A jj′ in PbTe. The calculation takes into account all three hyperfine interactions …