Efficient generation of spin–orbit torques is central for the exciting field of spin-orbitronics.
Platinum, the archetypal spin Hall material, has the potential to be an outstanding provider …

We present a study of mass spectra and electromagnetic couplings of S-and P-wave
baryons containing one, two or three heavy quarks, either charm (c) or bottom (b), in the …

Abstract All‐Van der Waals (vdW)‐material‐based heterostructures with atomically sharp
interfaces offer a versatile platform for high‐performing spintronic functionalities at room …

Efficient manipulation of antiferromagnetically coupled materials that are integration-friendly
and have strong perpendicular magnetic anisotropy (PMA) is of great interest for low-power …

Transport of angular momentum is a key concept in condensed-matter physics. In solids,
electrons can carry both spin and orbital angular momentum, leading to various applications …

Quantum spin ice (QSI) is an emblematic three-dimensional U (1) quantum spin liquid (QSL)
on the pyrochlore lattice that hosts gapless photon-like modes and spinon excitations …

The total decay widths of the charmed baryons are calculated by means of the P 0 3 model.
Our calculations consider in the final states: the charmed baryon-(vector/pseudoscalar) …

We study the decay behaviors of the fully bottom tetraquark states within the diquark-
antidiquark picture and calculate their relative branching ratios through the Fierz …

The low-lying S-wave QQ s¯ s¯(Q= c, b) tetraquark states with I (JP)= 0 (0+), 0 (1+) and 0
(2+) are systematically investigated in the framework of complex scaling range of chiral …

In this work, we systematically study the radiative decays of singly heavy baryons, a crucial
aspect of their spectroscopic behavior. To enhance the accuracy of our calculations, we …