Discover how smart ligands are transforming base metal catalysis, enabling sustainable alternatives to precious metals through stimuli-responsive and non-innocent ligand systems.
Explore how combinatorial materials science is revolutionizing catalyst discovery through parallel experimentation, AI integration, and high-throughput screening technologies.
Explore how scientists are creating molecular cages using vanadium clusters for applications in drug delivery, environmental cleanup, and nanotechnology.
Discover how common solvent molecules actively cocatalyze chemical reactions by forming surface redox mediators, transforming our understanding of catalysis.
Exploring the fundamental role of catalysis in chemistry, sustainability, and modern technology through the lens of EuropaCat 2025 conference.
Discover how a tiny rhodium-manganese oxide cluster is revolutionizing the Water-Gas Shift Reaction, paving the way for cleaner energy and sustainable chemical processes.
Explore the fascinating world of quantum dots - semiconductor nanocrystals that are revolutionizing displays, medicine, and energy through quantum confinement.
How scientists are engineering 'designer' membranes to tackle global challenges, from clean water to sustainable fuel.
Discover how scientists are using sugar to create high-surface-area aluminum oxides with revolutionary applications in catalysis, adsorption, and environmental cleanup.
Discover how catalysis science creates cleaner energy, sustainable manufacturing, and life-saving medicines through the power of catalysts.