Research Articles
The Invisible Dance: How Metal Surfaces Transform Chemistry
Explore the fascinating world of metal-surface reaction energetics and their crucial role in catalysis, chemisorption, and surface diffusion.
The Hidden Engine of Our World: The Power of Catalysis
Explore how catalysis science is driving sustainable innovation through efficient chemical reactions and groundbreaking research methodologies.
The Silent Alchemists: How Catalysis is Powering Our Renewable Future
Exploring how catalytic science transforms biomass into valuable fuels and chemicals for a sustainable future
Catalysis 1987: The Atomic Sleuths and the Quest for Better Chemistry
Exploring the landmark 1987 catalysis conference that revolutionized our atomic-level understanding of chemical catalysts and surface science.
When Surfaces Shape Reactions: How Iron Oxide Films are Revolutionizing Catalysis
Exploring how iron oxide films bridge the gap between surface science and catalysis research, enabling atomic-level understanding of chemical reactions.
The High-Throughput Revolution: How Robots and AI Are Supercharging Catalyst Discovery
Explore how high-throughput experimentation and AI are revolutionizing catalyst discovery for sustainable chemical processes and environmental applications.
The Invisible Game Changer: How Interface Confinement is Revolutionizing Catalysis
Explore how interface confinement creates nanoscale environments that dramatically enhance catalytic efficiency, selectivity, and stability in chemical reactions.
The Tiny Power Switches Revolutionizing Our Energy Future
Exploring how catalysis research is transforming energy technologies through single-atom catalysts, iron-based alternatives, and AI-driven design.
The Invisible Dance: How Surfaces Transform Chemistry and Shape Our World
Explore the fascinating world of surface catalysis through the groundbreaking work of Professor Norbert Kruse, whose research reveals how surfaces accelerate chemical reactions that power our modern world.
F.S. Stone: The Visionary Who Transformed Catalysis Through Solid-State Science
Explore the groundbreaking work of F.S. Stone, who pioneered the integration of solid-state science with heterogeneous catalysis, transforming our understanding of chemical reactions.