Organic materials with mechanical flexibility, low cost, chemical engineering, and long spin
lifetime attract considerable attention for building spintronic devices. Here, a C 6 H 6/Co 2 …

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

Organic molecules adsorbed on magnetic surfaces offer the possibility to merge the
concepts of molecular electronics with spintronics to build future nanoscale data storage …

Using organic materials in spintronic devices raises a lot of expectation for future
applications due to their flexibility, low cost, long spin lifetime, and easy functionalization …

Understanding the interaction of organic molecules adsorbed on magnetic surfaces has
shown considerable progress in recent years. The creation of hybridized interface between …

The magnetic structure of the interfaces between organic semiconductors and ferromagnetic
contacts plays a key role in the spin injection and extraction processes in organic spintronic …

Spintronics based on ferromagnetic metals and organic semiconductors has attracted great
interest in recent years. Molecular-based spintronic devices, such as magnetic tunnel …

Understanding the role of spin-environment interactions in the electron transport properties
of magnetic quantum systems is central to the rational design of spintronics devices. Herein …

Spin polarization at benzene/Ni organic/ferromagnetic interface is investigated by applying
different substituting side groups. Based on first-principle calculations, it is demonstrated that …

Understanding spinterfaces between magnetic metals and organic semiconductors is
essential to unlock the great potentials that organic materials host for spintronic applications …