Research Articles
The Invisible Revolution: How Nanocatalysis is Powering a Greener Future
Explore how nanocatalysis is transforming medicine, energy, and environmental solutions through nanoscale materials that accelerate chemical reactions with precision and efficiency.
Metathesis: The Elegant Dance of Atoms, from Chauvin to Green Chemistry
Explore the revolutionary chemical reaction of metathesis and its significance in green chemistry, from Chauvin's breakthrough to modern applications.
Micellar Catalysis: Nature's Blueprint for Greener Chemical Reactions
Explore how micellar catalysis revolutionizes chemical reactions using water-based systems, reducing environmental impact while enhancing efficiency.
Branching Out: How Specially Designed Dendrimers Are Revolutionizing Green Chemistry
Explore how dendrimers with bidentate phosphine cores and carboxy groups are enabling sustainable cross-coupling reactions in aqueous media.
From Reaction Catalysts to Green Chemistry: The Evolving World of Lewis Acids
How Lewis acids revolutionized synthetic chemistry and evolved into green catalysts with applications from pharmaceuticals to materials science.
One Atom at a Time: The Quest for Perfectly Stable Catalysts Revolutionizing Green Chemistry
Explore the revolutionary world of thermally stable single-atom catalysts and their transformative potential in green chemistry and sustainable industrial processes.
The Magnetic Miracle: How a Tiny Nanocatalyst is Revolutionizing Chemical Synthesis
Discover how Fe₃O₄@SiO₂@KIT-6 magnetic nanocatalysts are transforming chemical synthesis through green chemistry principles, enabling efficient and reusable catalytic processes.
Sustainability in Catalysis: Green Chemistry's Promise and Paradox
Exploring the transformation of catalysis from pollution source to sustainability tool, examining green chemistry innovations and their environmental impact.
Beyond Metals: The Green Chemistry Revolution Transforming Amides
Explore recent advances in transition metal-free strategies for transforming amides into carbonyl compounds through sustainable green chemistry approaches.
The Silent Green Revolution: Rethinking Chemistry with Ionic Liquids
Explore how ionic liquids are transforming chemical synthesis with minimal environmental footprint as sustainable solvents and catalysts.