Advances in synthetic polymer chemistry have unleashed seemingly unlimited strategies for
producing block polymers with arbitrary numbers (n) and types (k) of unique sequences of …

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 stability of various spherical phases formed in conformationally asymmetric AB diblock
and architecture asymmetric AB m miktoarm block copolymers is investigated using self …

The complexation of mixtures of cationic and anionic polymers to produce complex-
coacervate phases is a subject of fundamental importance to colloid and polymer science as …

Variable chain topologies of multiblock copolymers provide great opportunities for the
formation of numerous self-assembled nanostructures with promising potential applications …

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 …

We present an improved algorithm of the self‐consistent mean‐field implementation that has
been recently proposed for the calculation of block copolymer self‐assembly. Without …

It is generally believed that the spherical domains self-assembled from AB-type block
copolymers are composed of the minority A blocks with a volume fraction of f A< 1/2 …

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

Self-assembling block copolymers provide access to the fabrication of various ordered
phases. In particular, the ordered spherical phases can be used to engineer soft …