Using analytic techniques developed for Hamiltonian dynamical systems, we show that a
certain classical string configuration in AdS 5× X 5 with X 5 in a large class of Einstein …

To exploit Rashba effect in a 2D electron gas on silicon surface for spin transport, it is
necessary to have surface reconstruction with spin-split metallic surface-state bands …

Surface magic clusters (SMCs) are clusters exhibiting enhanced stability at certain sizes on
a particular surface. Through the formation of SMCs, it is possible to grow an ensemble of …

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 growth of organic films on silicon represents a very interesting and up-to-date field of
research in both fundamental science and in regard of possible applications. As silicon still …

Single monolayers of various materials (eg graphene, silicine, bismuthene, plumbene, etc)
have recently become fascinating and promising objects in modern condensed-matter …

We report on the first observation of superconductivity in a double atomic layer of Tl on Si (1
1 1) using in situ electrical resistivity measurements in ultrahigh vacuum. The structure of the …

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 …

Crystalline atomic layers on solid surfaces are composed of a single building block, unit cell,
that is copied and stacked together to form the entire two-dimensional crystal structure …

The set of known single-atomic-layer (SAL) superconductors has been limited so far by a
few examples, including Si (111)-hex-7× 3-In reconstruction, Si (111)-SIC-Pb and-HIC-Pb …