Research Articles
Sunlight vs. Toxic Spills: How Nano-Catalysts Are Winning the War Against Nitrophenols
Breakthroughs in photocatalytic nanomaterials are revolutionizing the degradation of persistent nitrophenol pollutants in wastewater using sunlight.
Molecules to Momentum: The 2014 Midwest Regional Meeting That Catalyzed Chemistry's Future
Recap of the groundbreaking 49th ACS Midwest Regional Meeting in 2014 that advanced green nanochemistry, proteomics, and science communication
The Invisible Armor: How Surface Treatments Revolutionize Our World
Exploring the cutting-edge science of surface engineering that protects and enhances materials from smartphone screens to spacecraft hulls.
Supercharged Clays: How Science Transforms Tiny Clay Sheets into Environmental Guardians
Discover how pillarized clays are revolutionizing environmental solutions and agriculture through nanotechnology, with groundbreaking research from Brazilian scientists.
The Alchemy of Modern Materials: Where Organic Meets Inorganic
Exploring how organic/inorganic hybrid materials are revolutionizing medicine, renewable energy, and sustainable technologies through molecular-scale synergy.
The Alchemy of Sol-Gel: Crafting Tomorrow's Materials Today
Explore the revolutionary sol-gel process transforming materials science with its low-temperature, high-precision approach to creating advanced materials.
The Invisible Revolution: How Single-Atom Layers Are Reshaping Our World
Exploring the groundbreaking world of monolayer materials and their revolutionary applications in technology, from ultra-efficient batteries to quantum computing.
The Invisible Sculptor: How Supercritical CO₂ Crafts Nanoscale Landscapes in Clay
Explore how supercritical CO₂ enables clean, efficient intercalation of polymers into clay minerals for advanced nanomaterials.
The Invisible Makeover: How Surface Functionalization is Revolutionizing Nanomaterials
Exploring how surface functionalization transforms nanomaterials for medical, environmental, and electronic applications through precise molecular engineering.
The Molecular Maze Runners: How Confined-Space Chemistry is Revolutionizing Materials Science with MOFs
Exploring the revolutionary potential of metal-organic frameworks (MOFs) in materials science through confined-space chemistry.