Block copolymer systems are well known for their ability to self-assemble into a wide array of
periodic structures. Due to the abundance and adaptability of physical theories describing …

We present a theoretical framework and computer simulation methodology for investigating
the equilibrium structure and properties of mesostructured polymeric fluids with embedded …

We extensively study the phase diagram of a diblock copolymer melt confined in a
cylindrical nanopore using real-space self-consistent mean-field theory. We discover a rich …

We systematically investigate the microdomain morphologies that self-assemble in a diblock
copolymer melt confined to a narrow cylindrical nanopore using real-space self-consistent …

We studied the dynamics of vesicle formation in an initially homogeneous dilute solution of
amphiphilic diblock copolymers, using the external potential dynamics (EPD) method. The …

Microphase-ordered block copolymers serve as model systems to elucidate the potential of
molecular self-assembly and organic templates to fabricate functionalized polymeric …

Self-consistent field theory is applied to a film of cylindrical-forming block copolymer subject
to a surface field which tends to align the cylinders parallel to electrical plates, and to an …

Polymer self-consistent field theory numerical tools are applied to a two-dimensional hard-
rod colloidal system. Rods are represented through an interaction site model density …

We have used self‐consistent field theory to calculate the tensile moduli of triblock
copolymers in lamellar microstructures prepared from linear and star architectures. The …

Polymer self-consistent field theory of the Edwards-Helfand kind is the state-of-the-art
method for predicting the morphologies of block copolymer materials. The methodology of …