The steady state after a quantum quench from the Néel state to the anisotropic Heisenberg
model for spin chains is investigated. Two methods that aim to describe the postquench non …

Hydrogen incorporation in the fabrication of amorphous Si (a-Si) plays an important role in
improving its electronic and optical properties. An important question is how H interacts with …

Molecular dynamics simulations of a-Si: H/c-Si models with and without an oxygen layer at
the interface were performed using a machine learning potential (MLP) that was efficiently …

Experimental evidences for a recently proposed mechanism of tin-induced crystallization of
amorphous silicon are presented. The mechanism discusses a crystalline phase growth …

Amorphous and organic semiconductors have strong topological irregularities with respect
to specific ideal structures, which depend on the particular class of such semiconductors …

Hybrid metal halide perovskite materials are produced with facile routes, but their
morphology is sensitive to water, oxygen, temperature, and exposure to light. While phase …

An efficient technique for low temperature metal‐induced nanocrystalline silicon fabrication
is presented. The technique is based on laser annealing of thin films of “amorphous silicon …

The localization of electronic energy orbitals is computationally examined for silicon
condensed matter composed of crystallites encapsulated within continuous random …

The annealing effect on the properties of silicon oxynitride (SiO x N y) thin films has been
investigated. The present contribution aims to study the structural and optical properties of …

This work describes tin‐induced crystallization of amorphous silicon studied with Raman
spectroscopy in thin‐film structures Si‐Sn‐Si irradiated with pulsed laser light. We have …