Monosilicides of transition metals crystallizing in a B20 (FeSi-type) structure (space group
P2 1 3,# 198) possess a wide range of specific properties. Among them are semiconductors …

The low crustal abundance of materials such as tellurium (Te)(0.001 ppm by weight),
antimony (Sb)(0.2 ppm), and germanium (Ge)(1.4 ppm) contributes to their price volatility as …

Semimetals with certain crystal symmetries may possess unusual electronic structure
topology, distinct from that of the conventional Weyl and Dirac semimetals. Characteristic …

We review many-body effects, their microscopic origin, as well as their impact on
thermoelectricity in correlated narrow-gap semiconductors. Members of this class—such as …

In the realm of intermetallic compounds, there is a small group of phases that demonstrate
the properties of non-metals. These are intermetallics formed by elements from different …

The intermetallic FeSi exhibits an unusual temperature dependence in its electronic and
magnetic degrees of freedom, epitomized by the cross-over from a low-temperature …

Measurements of the sound velocities, heat capacities, magnetic susceptibilities, and
electrical resistivities of single crystals of MnSi, FeSi, and CoSi were performed in the …

We investigate the effect of electronic correlations onto the thermoelectricity of
semiconductors and insulators. Appealing to model considerations, we study various many …

The finite-temperature electronic transport properties of the CoSi compound and its alloys
with 3d transition metals including Fe, Cr, Mn, and Ni are elucidated by using the Korringa …

We report single crystal growth of CoSi, which has recently been recognized as a new type
of topological semimetal hosting fourfold and sixfold degenerate nodes. The Shubnikov–de …