Exploring Strong Metal-Support Interactions (SMSI) and their role in creating efficient catalysts for sustainable technologies.
Discover how DNA polymerase β maintains genetic integrity through precision nucleotide selection and discrimination mechanisms.
Explore Professor Cristina Nevado's groundbreaking work in gold catalysis and its impact on sustainable chemistry and molecular synthesis.
Explore how nanoscience is revolutionizing technology through the convergence of colloid science, catalysis, and nanoelectronics.
Explore Professor Jürgen Behm's pioneering work bridging surface science with catalysis and fuel cell research for clean energy solutions.
Explore graphdiyne, a revolutionary 2D carbon material with natural bandgap, exceptional electronic properties, and applications in energy storage, solar cells, and biomedicine.
Explore how molybdenum-catalyzed asymmetric ring-closing metathesis enables kinetic resolution of planar-chiral chromium complexes, advancing asymmetric synthesis.
Explore how noble metal composite nanoparticles are solving humanity's most pressing challenges in medicine, environmental science, and technology.
Discover how ribonucleoside triphosphate reductase uses a radical mechanism to convert RNA components into DNA building blocks through concerted carbon-cobalt bond homolysis.
Discover how enzymes - nature's powerful biocatalysts - transform raw ingredients into the delicious, safe foods we enjoy every day.