Research Articles
Tiny Molecular Marvels: How Terpyridine Complexes Are Powering a Sustainable Chemical Revolution
Explore the catalytic applications of terpyridine-metal complexes in sustainable chemistry, CO2 conversion, and organic synthesis.
Steering the Chemistry of Carbon Oxides: How a NiCu Catalyst is Forging a Cleaner Future
Explore how NiCu catalysts are transforming carbon oxides into valuable resources through atomic-level engineering and sustainable chemistry.
Rare Earth Catalysts: Unlocking Greener Chemical Reactions
Explore how alpha-metalated N,N-dimethylbenzylamine rare-earth metal complexes are revolutionizing sustainable chemical synthesis through efficient catalysis.
Silver Catalysis: The Precious Metal Powering Sustainable Chemistry
Explore how silver catalysis is revolutionizing organic synthesis and enabling sustainable chemistry through innovative CO₂ fixation and green processes.
The Golden Touch of Chemistry: How Cristina Nevado Transformed Molecular Synthesis
Explore Professor Cristina Nevado's groundbreaking work in gold catalysis and its impact on sustainable chemistry and molecular synthesis.
From Palm Groves to Oil Rigs: Crafting the Green Future of Drilling
Explore how palm-based ethylhexyl ester is revolutionizing drilling fluids through sustainable chemistry and transesterification technology.
Methanol to Olefins: The Dynamic Catalysis Revolutionizing Chemical Production
Explore the science behind Methanol to Olefins (MTO) catalysis, a sustainable technology converting methanol into essential chemical building blocks through dynamic complex catalysis.