Research Articles
Breaking the Catalyst Code: How Scaling Relations Shape Our Quest for Better Materials
Explore how density functional theory and scaling relations are revolutionizing catalyst design for cleaner energy and environmental applications.
Shining a Light on the Invisible: How Lasers are Revolutionizing Chemistry
Explore how laser-stimulated surface processes are transforming heterogeneous catalysis, enabling more efficient chemical reactions with precise control.
The Atomic Dance: How Electron Tailoring Creates Better Catalysts
Explore how electronic structure and interfacial interactions revolutionize catalyst design for cleaner energy and environmental applications.
The Core-Shell Revolution in Chemistry
Exploring metal-ligand core-shell nanocomposite catalysts for selective semihydrogenation of alkynes and their impact on sustainable chemistry.
The Secret Ingredient: How Common Solvents Became Unlikely Superheroes in Clean Energy
Discover how common solvent molecules transform into dynamic redox mediators, dramatically speeding up oxygen reduction reactions on palladium catalysts for clean energy.
Tiny Clusters, Big Impact: How Rhodium-Manganese Oxide Nano-Catalysts Are Revolutionizing the Water Gas Shift Reaction
Discover how rhodium-manganese oxide cluster anions catalyze the water gas shift reaction at room temperature, a breakthrough in nanoscale catalysis with potential industrial applications.