We investigate the dynamics of polymers grafted to spherical nanoparticles in solution using
hybrid molecular dynamics simulations with a coarse-grained solvent modeled via the …

We use hybrid molecular dynamics–multiparticle collision dynamics (MD–MPCD)
simulations to investigate the influence of chain stiffness on the transport of nanoparticles …

We investigate the dynamics of tracer nanoparticles in bulk supercooled nanoparticle
matrices using confocal microscopy. We mix fluorescent (tracer) and undyed (matrix) …

Porous media used in many practical applications contain natural spatial variations in
composition and surface charge that lead to heterogeneous physicochemical attractions …

We investigate the transport and localization of tracer probes in a glassy matrix as a function
of relative size using dynamic X-ray scattering experiments and molecular dynamics …

Slow dynamics in supercooled and glassy liquids is an important research topic in soft
matter physics. Compared to the traditionally focused one-component systems, glassy …

The ability of nanoparticles to penetrate and transport through soft tissues is essential to
delivering therapeutics to treat diseases or signaling agents for advanced imaging and …

We combine the use of molecular dynamics simulations and the generalized Langevin
equation to study the diffusion of a fluid adsorbed within kerogen, the main organic phase of …

Electrical conductivity of a solution of (E t 4 N+, BF 4−) in propylene carbonate is measured
by varying the pressure and temperature along different thermodynamic paths: pressure is …

The transport of small penetrants through disordered materials with glassy dynamics is
encountered in applications ranging from drug delivery to chemical separations …