Surface functionalization with organic molecules has proven effective to modulate the
electronic properties of 2D materials. More recently, surface functionalization has been …

Topological insulators provide a gateway to investigate fundamental quantum behaviours of
exotic quasi‐particles as well as the promise to revolutionize modern technology. This is due …

Electrically controllable magnetism, which requires the field-effect manipulation of both
charge and spin degrees of freedom, has attracted growing interest since the emergence of …

The functionality of multicomponent self-assembled monolayers (SAMs) can be severely
diminished by the segregation of like components into nanoscale domains, a process that …

Molecular spins have become key enablers for exploring magnetic interactions, quantum
information processes and many-body effects in metals. Metal-organic molecules, in …

We show that a new terpyridine ligand comprising a directly-connected methyldisulfide
group (tpySSMe) can be used to prepare a modular series of metal bis (terpyidine) …

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

We present a study of δ doping at the LaTiO 3/SrTiO 3 interface with isostructural
antiferromagnetic perovskite LaCrO 3 that dramatically alters the properties of the two …

Studying and controlling reactions at surfaces is of great fundamental and applied interest
in, among others, biology, electronics and catalysis. Because reaction kinetics is different at …

Using first principles calculations, we investigate the electronic and magnetic properties of
transition metal phthalocyanine (M-Pc, M= Cr, Mn, Co, Ni, Cu, and Zn) nanowire (M-PcNW) …