Research Articles
Harnessing Light to Transform Stubborn Molecules: The Revolution of Visible-Light Photocatalysis
Discover how visible-light photocatalysis is revolutionizing the functionalization of unactivated C(sp³) substrates through sustainable and precise methods.
The Solar Cell Revolution: How a New Chemical Shortcut is Powering the Future
Breakthrough in synthetic chemistry enables cheaper, more efficient production of fused-ring electron acceptors for next-generation solar cells
The Secret Keeper: DNA's Foreword to Life
Discover how the Hershey-Chase experiment proved DNA is the molecule of heredity, unlocking the secrets of life's blueprint.
The Enzyme Magicians: Nature's Elegant Solution to Antibiotic Synthesis
Structural insights into enzymatic [4+2] aza-cycloaddition in thiopeptide antibiotic biosynthesis
Molecular Matchmakers: Chemical Biology's Toolkit for Decoding Life
Explore how chemical biology is revolutionizing our understanding of life through molecular tools and bioorthogonal chemistry.
From Corn Waste to Bioplastic Revolution: The Dual Promise of Stover and Levulinic Acid
Exploring how corn stover and levulinic acid are pioneering a sustainable bioplastic revolution through PHA biopolymers.
The Silicon Revolution: How Tiny Particles Are Transforming Agriculture
Discover how silicon nanoparticles are revolutionizing agriculture by enhancing plant resilience against environmental stresses and improving crop yields.
The Invisible Sculptor: How Radiation Reshapes Our Plastic World
Exploring how ionizing radiation transforms polymers through crosslinking, chain scission, and oxidation, with applications in aerospace, medicine, and sustainable materials.
Nature's Precision Tools: How a Chemical Correction Revealed Hidden Secrets of Catechin Oxidation
Exploring how a correction to laccase-mediated catechin oxidation deepened our understanding of enzymatic precision in organic chemistry.
The Silent Revolution: How Free Radicals Rewrote Chemistry's Rules and Protected Life's Blueprint
Exploring the groundbreaking work on free radicals from Athelstan Beckwith to modern applications in chemistry and biology.