Explore the revolutionary world of nanoclusters - quantum-sized particles transforming medicine, energy, and computing through their unique molecular properties.
Explore the fascinating science behind catalytic oxidation of saturated hydrocarbons using oxygen, a breakthrough in sustainable chemistry.
Exploring breakthroughs in understanding catalyst reconstruction for efficient water oxidation and clean energy production
Explore how subnanometric metal catalysts and Density Functional Theory are revolutionizing chemistry with unprecedented efficiency and sustainability.
Exploring how nanostructured carbide catalysts are revolutionizing hydrogen production and enabling the transition to a sustainable hydrogen economy.
Explore the fascinating world of plasmonic nanostructures and their revolutionary applications in materials science, catalysis, and technology.
Explore how Hβ zeolite catalysts use acidity to remove sulfur from gasoline while preserving octane quality through the innovative OATS process.
Explore how quantum mechanics and atom-scale simulations are transforming industrial applications from automotive manufacturing to energy production.
Discover how high-silica zeolites are revolutionizing everything from greener gasoline to purer oxygen in hospitals through molecular engineering.
Explore the fascinating world of cyclodextrin glycosyltransferase (CGTase), a remarkable enzyme that transforms starch into cyclodextrins with applications in biotechnology, food production, and pharmaceuticals.