Her groundbreaking research on creating photophysically active materials and nanostructures for healthcare applications and her communication skills honored

Luisa De Cola Awarded 2024 Centenary Prize for Chemistry and Communication

Tuning Linkers in Fluorescent Molecules for Improved Organic LEDs
Twisted linkers can enhance acceptor aggregation and promote charge transport between molecules

Self-Extinguishing Quasi-Solid Polymer Electrolyte
Low-cost flame-retardant additive improves the safety of polyethylene oxide-based solid polymer electrolytes in lithium-metal batteries

A Multifunctional Overcrowded Alkene-Based Molecular Motor
Distinct dynamic properties in solution and aggregate states

A Water-Processable n-Type Conjugated Polymer
Stable polymer with high electrical conductivity

Pulp-Based Low-Density Material to Replace Polymeric Foams
RISE and Apple are developing a new bio-based packaging material

Multi-Responsive Chromic Viologen Supramolecule with Tunable Dynamic Fluorescence
A viologen-based supramolecule shows enhanced fluorescence and triple stimulus chromism, offering potential applications in information security and smart windows

Using CO2 to Synthesize Stable Metal–Organic Frameworks
Greenhouse gas used to make zirconium-based MOFs

Most Accessed Articles: April 2024
Highlights from Chemistry Europe, ACES, and GDCh journals

Fluorescent Polymers with Carborane Units in the Backbone
Material with aggregation-induced emission in the near-infrared range could have applications in light-emitting diodes