The ability to design and synthesize polymers that can perform functions with great
specificity would impact advanced technologies in important ways. Biological …

A comprehensive analysis of interactive polymer chromatography is presented. Isocratic
liquid chromatography of polymers at the critical eluent composition (the transition point …

We study the simplest model for random heteropolymers near chemically disordered
surfaces, and predict a new phenomenon that may have implications for pattern recognition …

The physical concepts underlying the lateral distribution of the components forming
alamellar assembly of amphiphiles are discussed in this review. The role of amphiphiles' …

We present a statistical mechanical model, which is used to investigate the adsorption
behavior of two-letter (AB) copolymers on chemically heterogeneous surfaces. The surfaces …

Experiments on the adsorption of PEO from aqueous solutions onto planar surfaces that are
physically heterogeneous but chemically homogeneous are presented. Gold substrates that …

We study the adsorption of random heteropolymers (RHPs) on disordered multifunctional
surfaces. Recent replica calculations suggest that when the statistics describing the …

We present results from a series of molecular dynamics simulations for adsorption and
spreading of polymer chains onto a flat surface. We consider both homopolymer chains and …

We study the adsorption of homogeneous or heterogeneous polymers onto heterogeneous
planar surfaces with exponentially decaying site-site correlations, using a variational …

The critical adsorption point (CAP) of self-avoiding walks (SAW) interacting with a planar
surface with surface disorder or sequence disorder has been studied. We present theoretical …