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 …

Owing to prospective energy-efficient and environmentally benign applications, organic
ferroelectric materials are useful and necessary alternatives to inorganic ferroelectrics …

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 …

Understanding and controlling the spin-crossover properties of molecular complexes can be
of particular interest for potential applications in molecular spintronics. Using near-edge X …

We performed ferromagnetic resonance and magnetometry experiments to clarify the
relationship between two reported magnetic exchange effects arising from interfacial spin …

Individual molecular spins are promising quantum states for emerging computation
technologies. The “on surface” configuration of molecules in proximity to a magnetic film …

The quantum states of nano‐objects can drive electrical transport properties across lateral
and local‐probe junctions. This raises the prospect, in a solid‐state device, of electrically …

We fabricated spin-valve devices with a Co/iron phthalocyanine (FePc)/Co stacking
structure. The spin-transport properties were systemically studied by varying the …

Spin-resolved photoemission spectroscopy experiments are performed on perfluorinated Co-
phthalocyanine (F16CoPc) deposited onto ferromagnetic Co (001) to examine how doping …

The organic spinterface describes the spin‐polarized properties that develop, due to charge
transfer, at the interface between a ferromagnetic metal (FM) and the molecules of an …