Research Articles
How Thin Layers of Silicon Are Turning CO2 Into Fuel
Discover how silicene, a nanomaterial thinner than DNA, transforms CO2 into valuable fuels and chemicals through layer-controlled catalysis.
Zeolites: Nature's Molecular Sieves Powering Technology and Industry
Explore the fascinating world of zeolites - microporous aluminosilicate minerals revolutionizing chemistry, industry, and energy storage through molecular sieving and catalytic properties.
The Hidden World of Protons: Solving a Century-Old Mystery in Superacids
Discover how scientists solved the century-old mystery of proton locations in Keggin heteropolyacids using advanced NMR techniques and computational chemistry.
The Digital Alchemist: How Computers Design the Chemical Reactions of Tomorrow
Explore how Density Functional Theory revolutionizes catalyst design through computational chemistry and quantum mechanics.
The Alkene Highway: How ZSM-5 Zeolites Turn Methanol into Valuable Chemicals
Discover how ZSM-5 zeolites catalyze methanol-to-olefins conversion through the alkene hydrocarbon pool cycle, reducing dependence on fossil fuels.
The Invisible Frontier: Why We Need New Eyes to See the Surface of Things
Exploring the critical role of surface science in materials research and the urgent need for new analytical techniques to study atomic-level interfaces.
The Dancing Particles: How Tiny Metal Specks Shape Our World
Explore the fascinating world of supported metal nanoparticles and their dynamic structural behavior that's revolutionizing catalysis and clean energy technologies.
Engineered 2D Transition Metal Dichalcogenides: The Atomic Architects of Hydrogen's Future
Exploring how engineered 2D TMDs are revolutionizing hydrogen production through advanced electrocatalysis for the hydrogen evolution reaction.
Tiny Metal Marvels: How Nanoparticle Catalysts are Revolutionizing Clean Chemistry
Exploring how Pd, Au and AuPd core-shell nanoparticle catalysts are transforming chemical manufacturing through green oxidation processes.