Transport coefficients, such as viscosity or diffusion coefficient, show significant dependence
on density or temperature near the glass transition. Although several theories have been …

Friction in liquids arises from conservative forces between molecules and atoms. Although
the hydrodynamics at the nanoscale is subject of intense research and despite the …

A recent experiment has directly checked the validity of the Stokes–Einstein (SE) relation for
pure water, pure methanol, and their binary mixtures of three different compositions at …

Despite decades of exploration of the colloidal glass transition, mechanistic explanation of
glassy relaxation processes has remained murky. State-of-the-art theoretical models of the …

The binary Voronoi mixture is a fluid model whose interactions are derived from the Voronoi–
Laguerre tessellation of the configurations of the system. The resulting interactions are local …

Using computer simulation, we investigate the glass transition of a two-dimensional hard-
hemidisk system. Upon increasing the packing fraction of the system, we find that the system …

The theory to describe the formation of a glass from the liquid state is one of the outstanding
problems of condensed matter physics. It is widely acknowledged that the dynamics of these …

Molecular theories have been successfully adapted to predict phase separation and
crystallization in colloidal dispersions and other complex fluids, resulting in powerful tools for …