Biocompatible cobalt-porphyrin–chitosan microspheres created that combine fluorescence, second-harmonic generation, and dynamic motion for potential simultaneous cancer therapy and biosensing


Biocompatible cobalt-porphyrin–chitosan microspheres created that combine fluorescence, second-harmonic generation, and dynamic motion for potential simultaneous cancer therapy and biosensing

DBT shows a unique conformational switch that transforms it from a closed-shell molecule to a pronounced biradical, offering design principles for quantum and spintronic materials

To establish a high-yielding, reproducible method, reaction conditions, including concentrations, oxime reagents, reaction time, and solvets were investigated

This enables ultra-sharp screens and microscopes, but also opens up entirely new possibilities for wave optics applications

Researchers created air-stable monovalent zinc using a simple polymer and visible light

A curved nitrogen-doped nanocarbon synthesized that can flip shape and trap a gold atom at its center

A concise synthetic strategy combines rare cascade reactions to construct the complex, biologically active sesquiterpene (+)-punctaporonin U

Fully biodegradable circuit boards from wood-based materials, offering a sustainable alternative to traditional epoxy printed circuit boards (PCBs)

A new Cu-catalyzed method converts native amines into reactive intermediates, enabling versatile cross-couplings and late-stage functionalization

CRISPR was used to make cacao plants less susceptible to black pod disease, a major threat to the global chocolate industry, without introducing foreign DNA