State Key Laboratory of Supramolecular Structure and Materials

Manipulation of Molecular Motion in Donor‐Acceptor Organic‐Small‐Molecule towards Efficient Solar‐Thermal Conversion and Electroluminescence Performance

ABSTRACT Radiative decay invariably competes with nonradiative decay during the deexcitation process of materials, organic small molecules with highly efficient solar‐thermal and electroluminescence properties simultaneously remain a great challenge. Herein, we propose a novel st...

Skeletal‐Muscle‐Inspired Superstrong Dynamic Covalent Liquid‐Crystal Elastomers With Exceptional Actuation Performance

ABSTRACT As an emerging actuator material for artificial muscles and soft robotics, dynamic covalent liquid‐crystal elastomers (DCv‐LCEs) enable network reorganization through dynamic bond exchange, allowing actuator reprogramming, actuation‐mode tuning, and material recycling. D...

MMAllo: a multimodal deep learning framework and GaMD simulations for predicting protein allosteric sites and allosteric mutations

Allosteric regulation, whereby small molecules or mutations modulate protein function from sites distal to the orthosteric active site, is a pervasive mechanism of biological control and an important opportunity for drug discovery. Yet the prospective identification of allosteric...

Heterocyclic Nanographenes Doped with Boron and Phosphorus: Post‐Phosphorization Synthesis, Excited‐State Dynamics and Ion‐Responsive Properties

ABSTRACT Incorporating more than one kind of heteroatom into polycyclic aromatic hydrocarbons is a powerful method for achieving diversiform heterocyclic structures and desirable physical properties. Herein, we disclose precise post‐phosphorization of conjugated organoboranes, wh...

Sustainable ammonia synthesis from nitrate wastewater via graphdiyne Mo–Cu–C≡C interfaces

Electrochemical green ammonia (NH3) production using renewable electricity is sustainable but suffers from selectivity-activity-stability trade-off under industrial conditions. Here we report an atomic interface engineering strategy enabling in-situ assembly and coupling of hexae...

Reversibly Cross‐Linked Damage‐Tolerant Polymers Breaking the Strength–Stretchability Trade‐Off

ABSTRACT Polymers that combine exceptional stretchability with high mechanical robustness are essential for advanced applications. To ensure their reliability, it is critical to integrate damage tolerance, which suppresses crack propagation and prevents catastrophic failure under...