The effect of glide symmetry on the dispersion of acoustic surface waves supported by lines of open-ended holes in acrylic plates is investigated. Two samples are experimentally …
We set up and parametrize a Hubbard model for interacting quantum dots in bilayer graphene and study double dots as the smallest multidot system. We demonstrate the tunability of …
Low-energy electron microscopy was used to study thermal decay of islands and vacancy islands on Si (111) at the coexistence of 1× 1 and 7× 7 during the phase transition. Slower …
In this paper, we explicate a method of quantum hydrodynamics (QHD) for the study of the quantum evolution of a system of polarized particles. Although we focused primarily on the two…
The presence of an exchange field in topological insulators reveals novel spin related phenomena derived from the combination of topology and magnetism. In the present work we …
We investigate the quantum entangled state of two protons terminating on a silicon surface. The entangled states were detected using the surface vibrational dynamics of …
A nonlocal density functional for the kinetic pressure tensor of a Fermi gas is derived. The functional is designed to reconcile the quantum hydrodynamic model with the microscopic …
We have investigated the c (2× 2)-reconstructed 3 C− SiC (001) surface using angle-resolved inverse photoemission. Four unoccupied surface resonances are observed. The surface …
Robust electronic edge or surface modes play key roles in the fascinating quantized responses exhibited by topological materials. Even in trivial materials, topological bands and edge …
We have investigated the shot noise of a system with a toroidal carbon nanotube (TCN) coupled to two metal leads with applied microwave fields. The tunneling current operator is …