Powder diffractometers are naturally suited for short-pulse spallation sources, as they
optimally exploit the brilliance from the sharp neutron pulses, with a relative time-resolution …

Stimulated by recent studies of quantum phases with broken local inversion symmetry, we
study the magnetoelectric effect in locally noncentrosymmetric metals. We consider three …

The anisotropic electronic structure responsible for the antiferromagnetic transition in CeRu
2 Al 10 at the unusually high temperature of T 0= 28 K was studied using optical conductivity …

Stimulated by recent studies of superconductivity and magnetism with local and global
broken inversion symmetry, we investigate the superconductivity in magnetic multipole …

Recent advances in science and technology highlight the profound impact of
magnetoresistance (MR) in various fields, including magnetic data storage and magnetic …

Broken spatial inversion symmetry in spin–orbital coupled systems leads to a mixing
between orbitals with different parity, which results in unusual electronic structures and …

Neutron diffraction studies of Ce T 2 Al 10 (T= Ru and Os), which shows an anomalous
transition at T 0= 27 K for CeRu 2 Al 10 and at 29 K for CeOs 2 Al 10, have been carried out …

We theoretically investigate electronic orderings with the electric axial moment without
breakings of both spatial inversion and time-reversal symmetries in the zigzag-chain system …

We report the anisotropic changes in the electronic structure of a Kondo semiconductor
CeOs 2 Al 10 across an anomalous antiferromagnetic ordering temperature (T 0) of 29 K …

The spin–orbit coupling in the absence of spatial inversion symmetry plays an important role
in realizing intriguing electronic states in solids, such as topological insulators and …