We review the latest developments in computational methods for direct simulation of fully
fluctuating field theories of polymeric assemblies. In this context, we describe a newly …

The emergence of the complex Frank-Kasper phases from binary mixtures of AB diblock
copolymers is studied using the self-consistent field theory. The relative stability of different …

Continued scaling-down of lithographic-pattern feature sizes has brought templated self-
assembly of block copolymers (BCPs) into the forefront of nanofabrication research …

The formation of ordered phases from block copolymers is driven by a delicate balance
between the monomer-monomer interaction and chain configurational entropy. The …

The thermodynamics of dislocations in thin films of lamella-forming diblock copolymers and
their climb and glide motions are investigated using single-chain-in-mean-field (SCMF) …

The phase behavior of B1AB2C tetrablock terpolymer melts is systematically studied using
the self-consistent field theory, focusing on the emergence and stability of the complex Frank …

A theoretical method based on dynamic version of self-consistent field theory is extended to
investigate directed self-assembly behaviors of block copolymers subjected to zone …

A method of determining the globally stable morphologies of block copolymers using a
framework composed of a genetic algorithm (GA) in conjunction with self-consistent field …

Hierarchical superstructures assembled by binary mixed homopolymer-grafted
nanoparticles are investigated by using a self-consistent field theory (SCFT). Our results …

Using self‐consistent field theory, we investigate the stability of the orthorhombic Fddd
network phase (O70) in ABA triblock copolymer melt systems. Consistent with previous …