Efficiency and accuracy are two major concerns in numerical solutions of the Poisson-
Boltzmann equation for applications in chemistry and biophysics. Recent developments in …

Electrostatics plays a major role in the stabilization and function of biomolecules; as such, it
remains a major focus of theoretical and computational studies of macromolecules …

We address the issue of the self energy of the mobile ions in electrolyte solutions within a
general Gaussian renormalized fluctuation theory using a field-theoretic approach. We …

We implemented and optimized seven finite-difference solvers for the full nonlinear
Poisson− Boltzmann equation in biomolecular applications, including four relaxation …

We present a boundary‐element method (BEM) implementation for accurately solving
problems in biomolecular electrostatics using the linearized Poisson–Boltzmann equation …

Within the field of soil science, soil chemistry encompasses the different chemical processes
that take place, including mineral weathering, humification of organic plant residues, and …

In order to compute polarization energy of biomolecules, we describe a boundary element
approach to solving the linearized Poisson–Boltzmann equation. Our approach combines …

Abstract Coronavirus Disease 2019 (COVID-19), has already posed serious threats and
impacts on the health of the population and the country's economy. Therefore, it is of great …

The Poisson–Boltzmann (PB) formalism is among the most popular approaches to modeling
the solvation of molecules. It assumes a continuum model for water, leading to a dielectric …

This review outlines the recent progress made in developing more accurate and efficient
solutions to model electrostatics in systems comprised of bio-macromolecules and …