We review the current state of knowledge of phase separation and phase equilibria in
porous materials. Our emphasis is on fundamental studies of simple fluids (composed of …

Molecular simulations are performed to study the self-assembly of particles with discrete,
attractive interaction sites−“patches”− at prescribed locations on the particle surface. Chains …

We have developed a realistic model for studying adsorption in porous glasses which
reproduces the complex structure of these materials. The model porous material is …

Many systems exist in multiple phases, depending on the values of external parameters, for
example, temperature (T), pressure (P), and so on. In this context, consider a fluid (eg …

We perform molecular simulations to study the self-assembly of nanoparticles functionalized
with oligomeric tethers attached to specific locations on the nanoparticle surface. We …

The late-stage demixing following spinodal decomposition of a three-dimensional symmetric
binary fluid mixture is studied numerically, using a thermodynamically consistent lattice …

Collectives of actively moving particles can spontaneously separate into dilute and dense
phases—a fascinating phenomenon known as motility-induced phase separation (MIPS) …

A space-spanning network structure is a basic morphology in phase separation of soft and
biomatter, alongside a droplet one. Despite its fundamental and industrial importance, the …

Alternative electrolyte systems such as hybrid electrolytes are much sought after to
overcome safety issues related to liquid electrolytes in lithium ion batteries (LIBs). Hybrid …

We investigate the dynamical behavior of binary fluid systems in two dimensions using
dissipative particle dynamics. We find that following a symmetric quench the domain size R …