The present review is related to the studies of structural changes observed in metallic glass-
forming liquids on cooling and subsequent vitrification in terms of radial distribution function …

The origin of glass formation is one of the most fundamental issues in glass science. The
glass-forming ability (GFA) of multicomponent systems, such as metallic glasses and phase …

The use of machine learning to develop neural network potentials (NNP) representing the
interatomic potential energy surface allows us to achieve an optimal balance between …

The fast increase in available computation power allowed us to decrease the cooling rate in
molecular dynamics (MD) simulation of vitrification by several orders of magnitude. While the …

Understanding the mechanisms which relate properties of liquid and solid phases is crucial
for fabricating new advanced solid materials, such as glasses, quasicrystals and high …

Understanding the mechanisms by which crystal nuclei form is crucial for many phenomena
such as gaining control over crystallization in glass-forming materials or accurately modeling …

The glass formation ability of an alloy depends on two competing processes: glass-
transition, on one hand, and crystal nucleation and growth, on the other hand. While these …

Understanding the atomistic mechanisms of relaxation dynamics in metallic glasses remains
a longstanding challenge. Here, using microsecond time scale molecular dynamics …

Iron-based amorphous alloys have attracted significant attention from both technological
and scientific communities owing to their soft magnetic property. A recent discovery indicates …

In this work we use the two-temperature model (TTM) coupled to molecular dynamics (MD)
with sinks at the boundaries of the electronic subsystem to study crystal-growth rate in a …