In this work, we employ a recent approach to characterize the hard-sphere (HS) fluid by
means of a continuous interaction potential, commonly referred to as pseudo hard-sphere …

Transport coefficients like shear, bulk and longitudinal viscosities are sensitive to the
intermolecular interaction potential and finite size effects when are numerically determined …

Competing interaction fluids have become ideal model systems to study a large number of
phenomena, for example, the formation of intermediate range order structures, condensed …

Motility-induced phase separation (MIPS) is the hallmark of non-equilibrium phase transition
in active matter. Here, by means of Brownian dynamics simulations, we determine the phase …

A model system of identical particles interacting via a hard-sphere potential is essential in
condensed matter physics; it helps to understand in and out of equilibrium phenomena in …

The discrete hard-sphere (HS), square-well (SW), and square-shoulder (SS) potentials have
become the battle horse of molecular and complex fluids because they contain the basic …

Depletion interactions between colloidal particles surrounded by smaller depletants are
typically characterized by a strong attraction at contact and a moderately repulsive barrier in …

After exciting scientific debates about its nature, the development of the exclusion zone, a
region near hydrophilic surfaces from which charged colloidal particles are strongly …

From a computational point of view, a promising description for charged-stabilized fluids is
the so-called Wolf method, which is faster than the standard Ewald summation technique …

The development of new materials typically involves a process of trial and error, guided by
insights from past experimental and theoretical findings. The inverse design approach for …