Computer simulations provide a unique insight into the microscopic details, molecular
interactions and dynamic behavior responsible for many distinct physicochemical properties …

From observations of colloidal tracer particles in fibrin undergoing gelation, we introduce an
analytical framework that allows the determination of the probability density function for a …

We study a 2D Hamiltonian fluid made of particles carrying spins coupled to their velocities.
At low temperatures and intermediate densities, this conservative system exhibits phase …

Stimuli-responsive nanoparticles at fluid interfaces offer great potential for realizing on-
demand and controllable self-assembly that can benefit various applications. Here, we …

It has been both experimentally and theoretically observed that the structural and dynamical
properties of glass-forming fluids can be scaled and described within the dynamic …

Ionic conductivity and dielectric behavior of Ag 2 O–CdI 2–CdO nanocomposite system have
been studied. X-ray diffraction has been carried out to obtain the crystallite sizes and the …

Fractional derivatives (FDs) play a crucial role in representing non-local phenomena in both
spatial and temporal domains within physics. In space, the long-range effects of the flow are …

Experimental speed distributions are obtained for driven granular submonolayers of binary
mixtures of single spheres and dimers of spheres. The results are well-described by a …

This book discusses the dynamical and rheological properties of high molecular weight
entangled polymer melts, commonly known as viscoelastic subdiffusive fluids. Unlike dilute …

This book explores the dynamical and rheological properties of high molecular weight
entangled polymer melts, the so-called viscoelastic sub-diffusive fluids, through a …