Discover how waste polystyrene is transformed into advanced hyper-cross-linked polymers for environmental remediation and energy storage.
Exploring how controlled environments enable revolutionary electron microscopy imaging of biological structures at atomic resolution.
Celebrating 270 years of groundbreaking chemistry research and education at Lomonosov Moscow State University, from Lomonosov's founding to modern innovations like cisplatin.
How COVID-19 became a living laboratory for innovation economics, accelerating vaccine development and reshaping economic recovery models.
Exploring cutting-edge pollution prevention technologies that stop environmental damage at its source, featuring photocatalytic concrete and other innovative solutions.
Discover how palladium catalysis revolutionizes the synthesis of primary alkyl halides from alkenes through chain-walking mechanisms and ligand engineering.
How RNA research transformed genetics over the past 20 years, from basic science to revolutionary therapeutics
Exploring the revolutionary potential of nanostructured silicon and silicon carbide in transforming waste materials into advanced technological applications.
How nitrogen-doped carbon nano-onions from biomass waste are outperforming platinum in fuel cell catalysts, enabling cheaper and more efficient clean energy solutions.
Discover how Multicomponent Reactions (MCRs) are transforming the synthesis of crucial 1,2- and 1,3-azoles through sustainable, efficient one-pot chemistry.