Bottlebrush polymers are an important class of materials which consist of side chains grafted
along a linear backbone. There has been a significant effort to understand structure …

Additive manufacturing capable of controlling and dynamically modulating structures down
to the nanoscopic scale remains challenging. By marrying additive manufacturing with self …

Bottlebrush polymers (BBPs) of different architecture are of considerable interest for a broad
range of applications, including nanomedicine, electronics, and self-healing materials …

Bottlebrush polymers represent an important class of high-density side-chain-grafted
polymers traditionally with high molecular weights, in which one or more polymeric side …

Although considerable progress has been made to optimize the optoelectronic properties of
conjugated polymers (CPs), the rational design of CPs with tailored physical properties for …

Bottlebrush polymers are a class of semiflexible, hierarchical macromolecules with unique
potential for shape-, architecture-, and composition-based structure–property design. It is …

Bottlebrush polymers are characterized by an expansive parameter space, including graft
length and spacing along the backbone, and these features impact various structural and …

Graft polymers have attracted growing interest due to their unique properties, but a
fundamental understanding of their glass formation remains to be established. We perform …

A myriad of biological processes are facilitated by ligand–receptor interactions. The low
affinities of these interactions are typically enhanced by multivalent engagements to promote …

The unique architecture of bottlebrush polymers gives rise to multiple molecular parameters
consisting of the bottlebrush backbone length (N bb), side chain length (N sc), and grafting …