Research Articles
Unlocking Hidden Doors: The Quest for Stable Extra-Large Pore Zeolites
Discover how rational design of structure-directing agents is enabling the creation of stable extra-large pore zeolites with unprecedented catalytic potential.
The Hidden World of Ultra-Thin Zinc Oxide Films on Metal Surfaces
Exploring the structural and chemical transformations of zinc oxide ultrathin films on Pd(111) surfaces and their implications for catalysis.
The Hidden Architecture of Zeolites: Mapping the Invisible to Power a Cleaner Future
Discover how recent breakthroughs in zeolite chemistry are revolutionizing renewable energy and environmental protection through atomic-level design.
How a Tiny Atom Transforms Molecular Machinery
Discover how halogens enable precision chemistry by acting as molecular scalpels for single-bond manipulation in Au-S bond cleavage.
Modeling Zeolites with 2D Films: A New Window on Catalysis
Explore how two-dimensional aluminosilicate films are revolutionizing our understanding of zeolite catalysis and opening new frontiers in materials science.
The Silent Alchemy: How Transition Metals Transform Carbonyl Compounds
Explore how transition metal catalysts revolutionize carbonyl compound reduction in pharmaceuticals, biofuels, and fragrance industries through sustainable chemistry.
Lasers and Surfaces: A Revolution in Chemistry
How focused light is unlocking new molecular frontiers in laser-stimulated surface processes and heterogeneous catalysis
The Invisible World Where Surfaces Shape Our Lives
Explore the fascinating world of solid surfaces and solid/gas interactions that power technologies from smartphones to environmental solutions.
Nano-Alices in Wonderland: How Ruthenium and Defective Graphene Are Revolutionizing Chemistry
Exploring the groundbreaking partnership between ruthenium nanoparticles and defective graphene creating highly efficient catalysts for chemical transformations.
The Invisible Dance: How Surface Chemistry Powers Our World
Explore the fascinating world of surface chemistry and catalysis, where atomic interactions enable sustainable technologies from catalytic converters to hydrogen fuel production.