We consider the problem of charge correlations in self-coacervate phases of
polyampholytes and disordered proteins with different monomer sequences. An analytical …

In this article, I summarize my theoretical developments in the statistical field theory of salt
solutions of zwitterionic and multipolar molecules. Based on the Hubbard–Stratonovich …

The stretching of a single dipolar chain by a tensile force acting on the chain end is studied
using molecular dynamics simulations and theoretical considerations. In both theory and …

The primary sequence of charged monomers in a polyampholyte has a profound effect on its
conformational properties. In this work, theory and simulations are used to predict how the …

In recent years, substantial advancements have been achieved in augmenting the energy
efficiency of hydraulic fluids through the integration of polymers. This study employs a …

Using extensive molecular dynamics simulations, we obtain the conformational phase
diagram of a charged polymer in the presence of oppositely charged counterions and …

We develop a polymer field-theoretic model that incorporates explicit treatment of
semiflexibility and polar solvents, providing a framework to determine the impact of solvent …

We study ternary polymer-polymer-salt blend electrolytes using coarse-grained molecular
dynamics. We specifically examine the influence of the polymer hosts' incompatibility and …

Based on the random phase approximation, we develop a molecular theory of self-
coacervation in zwitterionic polymer solutions. We show that the interplay between the …

Theoretical models of the conformational behavior of flexible polymer chains in mixed
solvents enunciated in the world literature during the last decade are critically reviewed …