Catalytic depolymerization represents a promising approach for the closed-loop recycling of
plastic wastes. Here, we report a knowledge-driven catalyst development for poly (ethylene …

The design of three‐dimensional covalent organic frameworks (3D COFs) using linear and
trigonal linkers remains challenging due to the difficulty in achieving a specific non‐planar …

Piezo1, a mechano-activated ion channel, has wide-ranging physiological and therapeutic
implications, with the ongoing development of specific agonists unveiling cellular responses …

The experimental isolation of H‐bond energetics from the typically dominant influence of the
solvent remains challenging. Here we use synthetic molecular balances to quantify …

Stacking interactions are a recurring motif in supramolecular chemistry and biochemistry,
where a persistent theme is a preference for parallel-displaced aromatic rings rather than …

The hydrogen bond enhanced halogen bond (HBeXB) has recently been used to effectively
improve anion binding, organocatalysis, and protein structure/function. In this study, we …

The generally observed decrease of the electrostatic energy in the complex with increasing
solvent polarity has led to the assumption that the stability of the complexes with ion‐pair …

Conspectus Where the basic units of molecular chemistry are the bonds within molecules,
supramolecular chemistry is based on the interactions that occur between molecules …

Aromatic stacking interactions have been a matter of study and debate due to their crucial
role in chemical and biological systems. The strong dependence on orientation and solvent …

The interaction energies of two series of molecular balances (1-X with X= H, Me, OMe,
NMe2 and 2-Y with Y= H, CN, NO2, OMe, NMe2) designed to probe carbonyl… carbonyl …