With the continuous miniaturization and integration of spintronic devices, the two-
dimensional (2D) ferromagnet coupling of ferromagnetic and diverse electrical properties …

Inspired by the recently synthesized inorganic metallocene derivatives Fe (P4) 22−, we have
identified four stable inorganic metallocene nanowires, MP4 (M= Sc, Ti, Cr and Fe) in …

Independent electrical control of spin and valley degrees of freedom (DOFs) in 2D materials
is difficult due to the coupling of spin and valley DOFs. Here we propose that spin-filter …

Realizing ferromagnetic (FM) semiconductors with Curie temperatures (T c) above 300 K is
highly desirable for spintronics but remains a big challenge. Up to now, the oxide double …

In most cases, substitution studies that aim to optimize magnetic properties are performed at
the magnetic atomic site. However, in the case of MnB, magnetic substitutions at the Mn site …

Modulable electronic and magnetic structures significantly extend the properties and
applications of two-dimensional (2D) materials. 2D antiferromagnets (AFM) can even …

Positive muon spin rotation and relaxation spectroscopy is a well established experimental
technique for studying materials. It provides a local probe that generally complements …

Antiferromagnets have aroused widespread interest in spintronics due to negligible stray
field and ultrafast spin dynamics. However, antiferromagnets are usually difficult to exhibit …

Bipolar magnetic semiconductors (BMSs) show great promise in spintronic devices because
of their spin-dependent transport properties. Two-dimensional (2D) BMSs with electrically …

In spin caloritronics, the spin-dependent Seebeck effect provides a method for significantly
reducing Joule heating and achieving ultra-high integration density. Here, we investigate the …