The human genome holds an extraordinary trove of information about human development,
physiology, medicine and evolution. Here we report the results of an international …

We report a molecular dynamics simulation of a simple monatomic glass-forming liquid. It is
shown that transition to deeper minima in the energy landscape under supercooling results …

We present a general view of discontinuous structural phase transition of liquid metal and
alloys induced by the temperature based on the viscosity analyses for more than ten kinds of …

Glass-transition region is still a somewhat “dark area” in the field of materials science. In
order to shed more light on this phenomenon, the glass-transition behavior was studied in a …

The phenomenon of vitrification on cooling, also called the glass-transition still remains not
fully understood. Recent studies by different techniques were performed in order to shed …

In the present paper, the glass-transition phenomenon in an Au-based metallic glass has
been studied using a step-scan calorimetry measurement. The existence of two distinct …

We analyze the origin of medium-range structural order in a simple monatomic liquid
simulated by molecular dynamics. Convincing evidence is presented that this structural …

A number of singularities observed in super-cooled liquids approaching the glass transition
point are commonly interpreted as indicating spatial heterogeneity. This conjecture assumes …

We report an ab initio molecular dynamics (MD) simulation investigating the effect of a fully
hydrated surface of TiO 2 on the water dynamics. It is found that the universal relation …

We identify dynamical heterogeneities as an essential prerequisite for stretched exponential
relaxation in dynamically frustrated systems. This heterogeneity takes the form of ordered …