Discover how high-pressure reactor cells and X-ray spectroscopy are revolutionizing catalyst research by revealing chemical transformations in real-time.
Discover how single-atom catalysts are transforming chemical reactions through revolutionary observation technologies and unprecedented atomic-level control.
Explore the synthesis and catalytic activity of N-heterocyclic carbene copper catalysts supported on magnetic nanoparticles for sustainable chemistry applications.
Discover how atomic-level engineering of oxidation catalysts is revolutionizing carbon isotope analysis and our understanding of Earth's systems.
Explore how novel catalysts are transforming the synthesis of heterocycles, the molecular frameworks behind 85% of pharmaceutical drugs.
Explore how catalyst development is revolutionizing the chemical industry through single-atom catalysts, biomass conversion, and AI-driven discovery for a sustainable future.
Exploring platinum-group-metal-free oxygen evolution electrocatalysts for alkaline water electrolysis and their role in green hydrogen production
Explore how combinatorial methods and high-throughput experimentation are transforming catalyst development, accelerating discovery of materials for sustainable energy and chemical processes.
Explore the evolution of high-activity catalysts in α-olefin polymerization, from Ziegler-Natta discoveries to modern computational design.
Explore the revolutionary world of nanostructured single-site heterogeneous catalysts - materials where active metal atoms are meticulously spaced and anchored for maximum chemical efficiency.