Transition-metal monopnictides, CrAs and MnP, were studied over 50 years ago due to the
presence of interesting magnetic properties: CrAs forms a double-helical magnetic structure …

Pressure, together with temperature, electric, and magnetic fields, alters the system and
allows for the investigation of the fundamental properties of matter. Under applied pressure …

The presence of magnetic ions was first believed to be detrimental to superconductivity.
However, unconventional superconductivity has been widely induced by doping or applying …

The exploration of topological electronic phases that result from strong electronic
correlations is a frontier in condensed matter physics. One class of systems that is currently …

In positive muon spin rotation and relaxation spectroscopy it is becoming customary to take
advantage of density functional theory (DFT) based computational methods to aid the …

The application of the muon spin rotation/relaxation (μ SR) technique for studying type-I
superconductivity is discussed. In the intermediate state, ie, when a type-I superconducting …

The magnetic order induced by the pressure was studied in FeSe by means of muon spin
rotation (μ SR) technique. By following the evolution of the oscillatory part of the μ SR signal …

Bulk single crystals of manganese phosphide (MnP) were grown from melt at 1 GPa and
1200° C by using a cubic-anvil, high-pressure, and high-temperature technique. The …

MnP is a metal that shows successive magnetic transitions from paramagnetic to
ferromagnetic and helical magnetic phases at ambient pressure with decreasing …

Muon-spin rotation data collected at ambient pressure (p) and at p= 2.42 GPa in MnP were
analyzed to check their consistency with various low-and high-pressure magnetic structures …