The heavy d-π effect is an important theoretical model for strong Pt–C interaction, and its
enhancement is critical to the high-performance design of Pt/C electrocatalysts. Common …

We show that graphene can be magnetized by coupling to a ferromagnetic Co film through a
Au monolayer. The presence of dislocation loops under graphene leads to a ferrimagnetic …

We report on large spin-filtering effects in epitaxial graphene-based spin valves, strongly
enhanced in our specific multilayer case. Our results were obtained by the effective …

The strong Pt-carbon interaction is a very promising way to high-performance design of
electrocatalysts. However, the heavy d-π overlap, a high strength of Pt-C bonding, in sp 2 …

A rich class of spintronics-relevant phenomena require implementation of robust magnetism
and/or strong spin–orbit coupling (SOC) to graphene, but both properties are completely …

Modification of the electronic and crystal structure of zero-layer graphene grown on 6 H-SiC
(0001) after Co intercalation is reported. Using a wide range of techniques including angle …

A combined scanning tunneling microscopy, angle-and spin-resolved photoemission
spectroscopy and density functional theory study of graphene on Ir (1 1 1) intercalated with a …

The non-volatile spin–orbit torque magnetic random access memory (SOT-MRAM) is a very
attractive memory technology for near future computers because it has various advantages …

The electronic and spin structure of a graphene monolayer synthesized on Pt (111) has
been investigated experimentally by angle-and spin-resolved photoemission with different …

Band structure and topology of magneto-spin–orbit graphene is investigated using the
proposed tight-binding model that incorporates both Rashba and sublattice-resolved …