In a magnetic crystal belonging to a monoaxial (tetragonal, hexagonal, or trigonal) chiral
space group, competition of the Dzyaloshinskii–Moriya interaction and ferromagnetic …

We have built a theory of the spin-transfer torque (STT) effect in a conductive chiral helical
magnet (CHM). It is shown that the STT effect induced by a spin current flowing through …

Transverse-field muon-spin rotation (μ SR) experiments were performed on a single crystal
sample of the noncentrosymmetric system MnSi. The observed angular dependence of the …

New studies of the phase transition and phase diagram of the chiral MnSi magnet are
reported. New results are obtained in the course of analysis of experimental data on heat …

The compass-type anisotropy appears naturally in diverse physical contexts with strong spin-
orbit coupling (SOC) such as transition metal oxides and cold atomic gases etc and it has …

Motivated by the unusual temperature dependence of the specific heat in MnSi, comprising
a combination of a sharp first-order feature accompanied by a broad hump, we study the …

In second-order quantum phase transitions from magnetically ordered to paramagnetic
states at T= 0, tuned by pressure or chemical substitution, a quantum critical point is …

The small-angle neutron scattering is used to measure the spin-wave stiffness in the field-
polarized state of the Dzyaloshinskii-Moriya helimagnets Mn 1− x Fe x Si with x= 0.03, 0.06 …

The transition from the microscopic Heisenberg model to the macroscopic elastic theory is
carried out for MnSi-type chiral magnetics with B 20 crystal structure. Both exchange and …

Outstanding crystalline perfection is a key requirement for the formation of new forms of
electronic order in a vast number of widely different materials. Whereas excellent sample …