Explore how reticular chemistry is revolutionizing polymer science through precise molecular engineering of MOFs, COFs and HOFs for advanced materials.
Explore how tetraphenylmethane molecules serve as versatile building blocks for advanced materials with applications in environmental cleanup, energy storage, and electronics.
Discover how synthetic chemists create molecularly imprinted polymers with custom memory sites for specific target molecules, revolutionizing diagnostics and purification.
Explore how analytical pyrolysis helps scientists decode the molecular structure of synthetic polymers through controlled thermal decomposition.
Discover how boron doping in π-conjugated polymers is creating revolutionary smart materials for electronics, sensors, and biomedical applications.