Convenient strategies for the deconstruction and reprocessing of thermosets could improve
the circularity of these materials, but most approaches developed to date do not involve …

Synthetic polymers are indispensable in biomedical applications because they can be
fabricated with consistent and reproducible properties, facile scalability, and customizable …

Metal complexes have recently attracted a lot of attention, particularly as anticancer and
antibacterial agents, owing to their versatile mechanisms and easily tunable characteristics …

The design of new materials with tunable properties and intrinsic recyclability, derived from
biomass under mild conditions, stands as a gold standard in polymer chemistry. Reported …

While Si-containing polymers can often be deconstructed using chemical triggers such as
fluoride, acids, and bases, they are resistant to cleavage by mild reagents such as biological …

Photochemical additive manufacturing technologies can produce complex geometries in
short production times and thus have considerable potential as a tool to fabricate medical …

Many applications of catalysts immobilized on solid supports like silica via bifunctional
phosphine linkers are still hampered by their decomposition, leaching, agglomeration, and …

Polymer research is currently focused on sustainable and degradable polymers which are
cheap, easy to synthesize, and environmentally friendly. Silicon-based polymers are …

We report metal-free B (C6F5) 3-catalysed hydrosilylation polymerization for alternating
silylether–carbosilane copolymers. The reaction was carried out at room temperature using …

Alkoxylation, hydrosilylative‐alkoxylation, and dehydrogenative‐polymerization are some of
the most widely used transformations in synthetic chemistry. However, these transformations …