Research Articles
The Mighty Miniature: How Silver Nanoparticles are Revolutionizing Chemistry
Discover how silver nanoparticles are transforming chemical catalysis through their unique properties and applications in green chemistry.
Requiem for the Reaction-Rate Equation? How a Simple Formula Reached Its Limits
Exploring the limitations of traditional reaction-rate equations in complex catalytic systems and the scientific evidence that challenged this fundamental chemical concept.
The Invisible Craftsmanship of Iron Oxide: How Scientists Sculpt Nanoparticles for a Cleaner World
Explore how scientists precisely tune the size, shape, and crystal structure of Fe2O3 nanoparticles to create efficient catalysts for environmental applications.
The Invisible Workhorses: How Nano-Particles Supercharge Chemical Reactions
Explore how nanoparticles revolutionize heterogeneous catalysis, making chemical processes more efficient and sustainable through quantum-scale engineering.
The Molecular Seesaw: A Tale of Two Metal Atoms and a Wandering Proton
Discover how Shvo's Diruthenium Complex uses a single proton's dance to revolutionize energy storage through advanced catalysis.
Turning Poison into Treasure: The Golden Key to Greener Chemistry
Discover how gold nanoparticles and hydrotalcite supports work synergistically to transform epoxides into valuable alkenes using molecular hydrogen in sustainable chemistry.
Molecular Matchmakers: How Electricity and AI are Revolutionizing Chemical Synthesis
Explore how electroanalytical tools and data science are revolutionizing chemical synthesis by investigating oxidative addition mechanisms with low-valent nickel and cobalt catalysts.
Two Heads Are Better Than One: Homodinuclear Iron Complexes as Catalysts for a Sustainable Future
Exploring homodinuclear ferrous complexes and their applications in sustainable homogeneous catalysis
The Nickel Age: How Light and an Earth-Abundant Metal are Revolutionizing Synthesis
Discover how nickel and visible light are transforming chemical synthesis through dual catalysis, enabling greener production of pharmaceuticals and materials.
The Invisible Gatekeeper: How a Simple Membrane is Revolutionizing Chemistry
Discover how membrane-assisted catalysis in organic media is transforming chemical processes, making them cleaner, more efficient, and sustainable.