Discover how scientists solved the mystery of proton locations in Keggin heteropolyacids using advanced NMR and DFT calculations, revealing structural insights for better catalyst design.
Breakthrough research transforms static stereocenters into dynamically controllable elements using photoredox catalysis and biocatalysis
Explore how supported NiO nanoclusters are transforming chemical synthesis through efficient oxidative coupling of thiophenol to disulfides.
Discover the fascinating mechanism behind ruthenium oxide's exceptional CO oxidation catalytic activity and how scientists are stabilizing this powerful but temperamental material.
Exploring Schiff bases and their metal complexes as promising candidates in cancer treatment with targeted therapy approaches.
Discover how scientists used pH adjustments and deuterium isotope effects to unravel the mechanism of dihydrofolate reductase (DHFR), a crucial enzyme in folate metabolism.
Exploring how machine learning is transforming computational surface science and enabling breakthroughs in materials design
Discover the hidden complexity of water's microscopic dynamics, from dual liquid states to fleeting excited states that challenge our understanding of this vital substance.
Discover how atomically dispersed antimony on carbon nitride revolutionizes artificial photosynthesis for hydrogen peroxide production
Explore how laser catalysis technology is transforming chemical reactions, clean energy production, and environmental remediation through precise laser-matter interactions.