Research Articles
Molecular Marvels: How Scientists are Customizing Inorganic Clusters for a Better Future
Explore how functionalized polyoxometalates are revolutionizing energy, medicine, and environmental science through molecular engineering.
The Invisible Engine: How Model Nanoparticles are Powering a Green Revolution
Discover how model nanoparticles are revolutionizing catalysis, enabling precise control over chemical reactions for green energy and sustainable manufacturing.
The Invisible Engine: How Computer Simulations Power Our Chemical World
Explore how Density Functional Theory (DFT) revolutionizes catalyst design and drives innovation in chemical processes through computational simulations.
The Green Chemistry Revolution: How Nickel and Citric Acid Are Transforming Drug Manufacturing
Discover how nickel-citric acid coordination polymers serve as efficient catalysts for multicomponent reactions in pharmaceutical synthesis, enabling greener chemistry.
Taming the Diamond Molecule: The Art of Custom-Building Adamantane
Explore the fascinating world of selective catalytic methods for functionalizing adamantane scaffolds in medicinal chemistry and drug design.
Golden Paper: Turning Simple Filters into Tiny Pollution-Fighting Factories
Discover how polyethyleneimine-entrapped gold nanoparticles on filter paper create revolutionary catalytic materials for environmental cleanup.
Taming the Untouchable Fuel: The Molecular Quest to Turn Methane into Gold
Explore how molecular metal complexes are revolutionizing methane functionalization, turning this abundant gas into valuable chemicals through cutting-edge catalysis.
Boron Beyond the Ordinary: The Tiny Atom Set to Revolutionize Our World
Discover how boron chemistry is transforming medicine, energy, and materials science through groundbreaking research and applications.
Seeing Atoms at Work: How Scanning Tunnelling Microscopy is Revolutionizing Catalysis
Explore how scanning tunnelling microscopy enables atomic-scale observation of catalytic processes, revolutionizing our understanding of chemical reactions.
Crafting Molecular Cages: The Rise of Pyrazolide-Based MOFs
Explore the revolutionary world of pyrazolide-based metal-organic frameworks (MOFs) and their applications in selective catalysis, environmental remediation, and clean energy.