Complex coacervation is an associative, liquid–liquid phase separation that can occur in
solutions of oppositely-charged macromolecular species, such as proteins, polymers, and …

Highly branched “bottlebrush” polymers are a class of macromolecules characterized by
side chains that are densely grafted from a backbone that is typically linear. Their unique …

Polymers are widely used in our daily life and industry because of their intrinsic
characteristics, such as multi-functionality, low cost, light mass, ease of processability, and …

Ring polymers exhibit unique flow properties due to their closed chain topology. Despite
recent progress, we have not yet achieved a full understanding of the nonequilibrium flow …

The dynamics of branched polymers in semidilute solutions are thought to depend on a
coupling between polymer chain architecture, intermolecular excluded volume interactions …

We use Brownian dynamics (BD) simulations and single molecule experiments to
investigate the influence of topological constraints and hydrodynamic interactions on the …

The Doi–Edwards tube model, coupled with relaxation mechanisms, such as reptation,
contour length fluctuation, and constraint release, allows us to quantitatively predict the …

Microfluidic rheometry is considered to be a potential alternative to conventional rheometry
for the rheological characterization of viscoelastic solutions having relatively low viscoelastic …

Redox-active polymers (RAPs) are a subclass of polyelectrolytes that can store charge and
undergo redox self-exchange reactions. RAPs are of great interest in the field of redox flow …

The response of collapsed polymers to the effects of linear mixed flow is studied theoretically
in this paper using a model of a self-interacting finitely extensible Gaussian chain that …