Explore the fascinating world of atropisomers with multiple chiral elements and their catalytic asymmetric synthesis in this comprehensive scientific overview.
Exploring groundbreaking materials science from the 2013 NMS-IX and FCFP-XXIII conferences in Shanghai that shaped energy, nanotechnology, and sustainable solutions
Explore how nanomaterials like MOFs, g-C3N4, and graphene oxide are transforming Pickering emulsions for advanced applications in medicine, energy, and technology.
Exploring how nanostructured materials revolutionize selective heterogeneous catalysis for cleaner chemistry and sustainable solutions.
Discover how bimetal-containing COFs are revolutionizing photocatalytic amination for sustainable chemical synthesis.
Structural and biochemical insights into phosphatidylinositol mannosides (PIMs) biosynthesis in Mycobacterium tuberculosis, revealing new drug targets against TB.
Explore how UV Raman spectroscopy overcomes fluorescence limitations to reveal catalytic secrets in industrial processes and planetary science.
Exploring how molecular and macroscopic catalysis now intertwine in an elegant electrochemical waltz, rewriting chemistry's rulebook
Breakthroughs in iridium-based catalysts for efficient and durable oxygen evolution reaction in acidic environments for green hydrogen production
Exploring the quantum magnetic properties of metal clusters and their revolutionary applications in technology and medicine.