Organic spintronics is an emerging research field that offers numerous fundamental physics
and has shown potential in future spintronic applications. The spin-polarized hybridized …

Ferromagnetic materials exhibiting low magnetic damping (α) and moderately high-
saturation magnetization are required from the viewpoints of generation, transmission, and …

Bi2Se3 is a well-established topological insulator (TI) having spin momentum locked Dirac
surface states at room temperature and predicted to exhibit high spin to charge conversion …

Noncollinear antiferromagnetic (AFM) materials have drawn research interest because they
exhibit large anomalous Hall effect at room temperature (RT) due to large Berry curvature …

Antiferromagnetic materials (AFMs) have recently been attracting interest in research on
spintronics due to their zero stray magnetic field, high anisotropy, and spin-orbit coupling. In …

Transition metal dichalcogenides (TMDs) are novel class of quantum materials which show
potentials for optoelectronics, valleytronics, opto-valleytronics etc. TMDs are also found to …

The efficiency of spin-to-charge conversion is a key parameter in determining the
performance of emerging spintronic devices. In the topological surface state of a topological …

Radical chemistries have attracted burgeoning attention due to their intriguing technological
applications in organic electronics, optoelectronics, and magneto‐responsive systems …

Magnetization dynamics, which determine the speed of magnetization switching and spin
information propagation, play a central role in modern spintronics. Gaining its control will …

High spin to charge conversion efficiency is a requirement for spintronic devices, which are
governed by spin pumping and the inverse spin Hall effect (ISHE). In the last decade, ISHE …