The present feature article highlights the preparation of polymeric nanoparticles and initial
attempts towards mimicking the structure of natural biomacromolecules by single chain …

Recent progress observed in Topological Polymer Chemistry is outlined with particular
emphasis on single-cyclic (ring) and multi-cyclic polymers having programmed chemical …

Hyperbolic polaritons in extremely anisotropic materials have attracted intensive attention
due to their exotic optical features. Recent advances in optical materials reveal …

Reversible self-folding actions of natural biomacromolecules play crucial roles for specific
and unique biological functions in Nature. Hence, controlled folding of single polymer chains …

A powerful ring-closure method was developed for the formation of cyclic polymers by
combining reversible addition–fragmentation chain transfer polymerization (RAFT) and light …

An efficient synthetic pathway toward cyclic polymers based on the combination of
thiolactone and disulfide chemistry has been developed. First, heterotelechelic linear …

A tandem alkyne–azide addition, ie, click, and an olefin metathesis condensation, ie, clip,
reactions in conjunction with an electrostatic self-assembly and covalent fixation (ESA-CF) …

Glycopolymers are synthetic carbohydrate‐containing materials capable of interacting and
binding to specific targeting lectins, which are crucially important in many biologically active …

A pentacyclic quadruply fused polymer topology has been constructed for the first time
through alkyne–azide addition (click) and olefin metathesis (clip) reactions in conjunction …

The ability to assemble molecules into supramolecular architectures of controllable size and
symmetry is a long sought after goal of nanotechnology and material engineering. Proteins …