A survey of the present understanding of particle-filled polymers is presented, as obtained
from either theoretical or computational approaches. We concentrate on composites in …

The recent development of a microscopic theory of the equilibrium properties of polymer
solutions, melts and alloys based on off-lattice Polymer Reference Interaction Site Model …

Bottlebrushes are fascinating macromolecules that display an intriguing combination of
molecular and particulate features having vital implications in both living and synthetic …

Condensed polymeric fluids exhibit a rich and complex set of experimental phenomena
associated with the combined influences of local, systemspecific monomer structure and …

The microscopic polymer reference interaction site model theory of polymer nanocomposites
composed of flexible chains and spherical nanoparticles has been employed to study …

A detailed computational study of the potential of mean force between a pair of spherical
particles dissolved in a homopolymer melt has been performed using microscopic liquid …

The classical concepts about unmixing of polymer blends (Flory-Huggins theory) and about
mesophase ordering in block copolymers (Leibler's theory) are briefly reviewed and their …

Conformationally fluctuating, globally compact macromolecules such as polymeric rings,
single-chain nanoparticles, microgels, and many-arm stars display complex dynamic …

We present a coordinated experimental, simulation, and theoretical study of how polymer
network permanent cross-links impact the segmental relaxation time over a wide range of …

The Polymer Reference Interaction Site Model (PRISM) theory is employed to investigate
structure, effective forces, and thermodynamics in dense polymer-particle mixtures in the …