Research Articles
Nanoscale Design: How Modern Catalysts are Revolutionizing Oxidation Chemistry
Explore how modern heterogeneous oxidation catalysts are designed, how they work at molecular level, and how scientists characterize their properties for a sustainable future.
The Silent Speedsters of Chemistry: How Catalysis is Building a Better World, Faster
Explore how catalysis and the journal Advanced Synthesis & Catalysis are accelerating chemical discovery, enabling greener synthesis, and building a better world through precision molecular engineering.
Cells in Armor: The Biocatalysts Revolutionizing Green Manufacturing
Explore how immobilized cell biocatalysts are transforming industrial processes with enhanced stability, reusability, and continuous processing capabilities.
The Nano-Tango: How Molecular Dancing Could Revolutionize Plastic Production
Discover how the Tandem In2O3-Pt/Al2O3 catalyst is revolutionizing propane dehydrogenation for greener plastic production through nanotechnology.
Nature's Blueprint: How a Biomimetic Nanoelectrode Could Revolutionize Clean Energy
Discover how biomimetic nanoelectrodes with reduced overvoltage and enhanced turnover rates could transform PEM technology for clean energy applications.
Nature's Blueprint: How Evolutionary Strategies Are Revolutionizing Enzyme Design
Explore how evolutionary strategies are transforming enzyme design for biomimetic applications in medicine, industry, and environmental sustainability.
Hydroaminoalkylation: The Molecular Matchmaker
Discover how hydroaminoalkylation is revolutionizing chemical synthesis by directly connecting amines and hydrocarbons in a single catalytic step.
The Invisible Armor: How Chemical Thin Coatings Revolutionize Nanomaterials
Explore how chemical thin coating methods transform nanomaterials, enabling breakthroughs in energy, electronics, and smart materials.
Building the Blob: How Scientists Are Engineering Liquid Computers from Life's Primordial Ooze
Discover how scientists are using combinatorial engineering to create monodisperse coacervate droplets that function as biological logic gates, bridging the gap between chemistry and computation.
The Molecular Gatekeepers: How Shape-Selective Zeolites Revolutionized Chemistry
Explore the fascinating world of shape-selective zeolite catalysis and how these molecular gatekeepers are transforming chemical processes for a sustainable future.