The use of organic molecules in spintronic devices has attracted much attention for future
applications due to their remarkable properties of extreme flexibility and chemical tunability …

2D ferromagnets show promising applications in low energy spintronics. However, the small
magnetic anisotropy imposes a great limitation on the application scope. By using first …

Since its discovery in early 2000's Molecular Spintronics has developed in an established
and fructuous research field, achieving a number of outstanding results and unveiling …

The spin transport across a zero-dimensional (0D) single-molecule sandwiched by two-
dimensional (2D) van der Waals (vdW) ferromagnetic electrodes may open vast …

We have investigated spin related processes in fullerene C60 devices using several
experimental techniques, which include magnetic field effect of photocurrent and …

Single molecular magnets (SMMs) have become promising paradigms to develop novel
spintronics for futuristic information technologies such as high-density information and …

The interfacial properties between organic molecules and ferromagnetic electrodes
determine the function of organic spintronic devices. Here, we investigate the spin …

Organic magnetic tunnel junctions (OMTJs) have become one of the hot topics in spintronic
devices due to their structural adjustability and long spin lifetime. However, the spin …

Organic charge-transfer ferromagnets have been studied for many years, and numerous
breakthroughs have been made pertaining to them. However, the mechanism underlying the …

Organic/ferromagnetic spinterface plays a significant role in organic spintronics and the
manipulation of spinterface will help to optimize the performance of molecular devices. Here …