The emergence of novel 2D materials has stimulated worldwide research enthusiasm in
both fundamental research and applied technologies in the realm of optoelectronics. Here …

The controlled confinement of the metallic delta-layer to a single atomic plane has so far
remained an unsolved problem. In the present study, the delta-type structure with atomic …

The post-graphene materials termed also as 2D-Xenes (X= Si, Ge, Sn, Pb, As, Sb or Bi) are
atomic-layer sheets comprised of single-element atoms arranged in a honeycomb lattice on …

The quantum effects confined in the ultimate two-dimensional limit are able to address the
challenges and provide advances in high-performance spintronic devices. In the paper we …

Atomic sandwiches consisting of In layers with coverages ranging from∼ 0.5 to∼ 2.5
monolayers atop a single-atomic-layer NiSi 2 have been grown on Si (111) and have been …

Elucidating how changing of the dimensionality affects the property of the matter is the key
challenge problem of the nanoscience. In particular, it has recently been reported that 2D …

Adsorption of foreign atoms onto 2D materials can either lead to ordinary electron doping or
the emergence of new electronic effects including topology, superconductivity, and quantum …

Manipulation of electronic properties through modification of interface has become a
successful strategy to adjust 2D materials for applications in advanced electronic and …

Atomic sandwich consisting of single atomic layers of Pb and NiSi 2 has been grown on Si
(111) and its structural, electronic and transport properties have been elucidated using a set …

Magnetoresistance of the double-atomic-layer rect-7× 3-In/Si (111) phase was measured in
situ using the four-point-probe technique in the temperature range from 2.5 to 33 K and …