A modification to real space polymeric self-consistent field theory algorithms that greatly
improves the convergence properties is presented. The method is based on Anderson …

An efficient algorithm is presented for numerically evaluating a self-consistent field theoretic
(SCFT) model of an AB diblock copolymer that incorporates continuous polydispersity in one …

A self-consistent field theory is applied to inhomogeneous polyelectrolyte systems. We
consider the smeared and the annealed charge distributions, corresponding to strongly and …

The phase behavior of block copolymers melts involving competing length scales, ie, able to
microphase separate on two different length scales, is theoretically investigated using a self …

Block copolymers, in which two or more chemically different subchains form a single
molecule, are a fascinating class of soft materials with unique structural and mechanical …

We study the linear elastic response of multiblock copolymer melts in the lamellar phase,
where the molecules are composed of tethered symmetric AB diblock copolymers. We use a …

The ordering mechanisms for an ABC triblock copolymer system are studied using self-
consistent field theory. We find a two-phase mechanism, similar to what has been suggested …

Here we study the effects of confinement on the self‐assembly of diblock copolymers.
Specifically, we study the hexagonal cylindrical phase as it self‐assembles within a narrow …

The phase behavior of block copolymers melts involving competing length scales, ie, able to
microphase separate on two different length scales, is theoretically investigated using a self …