The operational principle of semiconductor devices critically relies on the band structures
that ultimately govern their charge‐transfer characteristics. Indeed, the precise orchestration …

The Zeeman effect describes the energy change of an atomic quantum state in a magnetic
field. The magnitude and direction of this change depend on the dimensionless Landé g …

A self-consistent field (SCF) London-orbital computational scheme to perform gauge-origin
independent nonperturbative calculations for molecules in strong magnetic fields is …

The semimetallic half-Heusler alloy LaBiPt crystallizes in the non-centrosymmetric space
group F4¯ 3m. We discovered superconductivity in this material below Tc≈ 0.9 K as …

Abstract The R PtBi (R= rare earth) family of compounds presents a variety of quantum
phenomena, ranging from heavy fermion behavior, to unconventional superconductivity, to …

Half-Heusler compounds have attracted significant attention because of their topologically
non-trivial electronic structure, which leads to unusual electron transport properties. We …

Materials with high carrier mobility showing large magnetoresistance (MR) have recently
received much attention because of potential applications in future high-performance …

By means of non-perturbative ab initio calculations, it is shown that paramagnetic closed-
shell molecules are characterized by a strongly non-linear magnetic response, whose main …

In this study, the magnetotransport properties of antiferromagnetic half-Heusler single
crystals of TbPtBi, a magnetic field-induced topological semimetal with a simple band …

The coupling between band structure and magnetism can lead to intricate Fermi surface
modifications. Here we report on the comprehensive study of the Shubnikov–de Haas (SdH) …