An intriguing problem in condensed matter physics is understanding the glass transition, in
particular the dynamics in the equilibrium liquid close to vitrification. Recent advances have …

Although water is the most ubiquitous liquid it shows many thermodynamic and dynamic
anomalies. Some of the anomalies further intensify in the supercooled regime. While many …

The existence of systematic variations of isobaric fragility in different supercooled Lennard-
Jones binary mixtures is revealed by molecular dynamics simulations. The connection …

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 …

A recent experiment has measured the viscosity of water down to approximately 244 K and
up to 300 MPa. The correct viscosity and translational diffusivity data at various temperature …

Some experiments have witnessed gradual decoupling of viscosity from the translational self-
diffusion of supercooled water with decreasing temperature. This indicates the breakdown of …

In low-temperature-supercooled liquids, below the ideal mode-coupling theory transition
temperature, hopping and continuous diffusion are seen to coexist. Here, we present a …

In experimental and theoretical studies of glass transition phenomena, one often finds a
sharp crossover in dynamical properties at a temperature T cr. A bifurcation of a relaxation …

Molecular dynamics (MD) simulations of diffusion in Cu–Zr alloys in their liquid and
supercooled liquid states were performed using a recently developed Finnis–Sinclair many …

Understanding the nucleation of homogeneous flow systems at high pressures is vital in
protein crystallization and cryopreservation, where high pressure prevents the freezing of …