Isocyanides have long been known as versatile chemical reagents in organic synthesis.
Their ambivalent nature also allows them to function as a CO-substitute in palladium …

Over the last 100 years polymer chemistry has flourished in all areas and enabled control
over synthetic polymer architectures–including chain lengths, dispersity and monomer …

Many of the functions and features of practically useful materials are the province of
molecular‐level chemistry and their modulation at different length‐scale. This report …

Inspired by the exquisite helices in Nature, fabrication of helical materials with controlled
handedness has attracted considerable attention. Herein, we report on precis synthesis of …

Conspectus Proteins contain a level of complexity—secondary and tertiary structures—that
polymer chemists aim to imitate. The bottom-up synthesis of protein-mimicking polymers …

The reaction of K [N (SiMe3) 2] with 13CO proceeds in C6D6 or THF affording K13CN and O
(SiMe3) 2 under mild conditions as confirmed by crystallographic characterization of K (18 …

This contribution describes the synthesis of an unsymmetrical substituted tetraalkoxy [2.2]
paracyclophane-1, 9-diene comprised of an ortho-substituted and a para-substituted …

Photochemistry allows chemists to exert control over chemical reactions with spatiotemporal
precision. Furthermore, light holds the potential to not only gate when and where but also …

The fabrication of truly hierarchically folded single‐chain polymeric nanoparticles with
primary, secondary, and defined 3D architecture is still an unfulfilled goal. In this …

Mimicking the structure of proteins using synthetic polymers requires building blocks with
structural similarity and the use of various noncovalent and dynamic covalent interactions …