Research Articles
The Molecule Maker's Mirror: Crafting Left and Right-Handed Chemicals with Precision
Discover how cooperative NHC and copper catalysis enables stereodivergent synthesis, allowing precise control over molecular handedness for pharmaceutical development.
Sterically Demanding Aryl Chlorides: No Longer a Problem for Borylations
Discover how recent breakthroughs in catalysis have revolutionized the borylation of sterically hindered aryl chlorides, enabling new possibilities in pharmaceutical and materials science.
Beyond the Blueprint: The Quiet Revolution in Molecular Matchmaking
Exploring the transformative breakthroughs in cross-coupling reactions that are revolutionizing organic chemistry and enabling sustainable synthesis.
The Precision Dance of Molecules: How Directed Homogeneous Hydrogenation is Revolutionizing Chemical Synthesis
Exploring the cutting-edge technique of directed homogeneous hydrogenation and its transformative impact on chemical synthesis, pharmaceuticals, and sustainable chemistry.
The Molecular Chess Game: How a Metal-Organic Framework Surprised Scientists with a Ligand's Secret Role
Discover how the discovery of ligand redox non-innocence in Mn-MOF-74 revolutionized our understanding of metal-organic frameworks and their catalytic potential.
Molecular Matchmakers: How Zirconium Catalysts Forge Vital Chemical Bonds
Exploring the remarkable chemistry of zirconocene complexes and their catalytic role in forming crucial chemical bonds with heterosubstituted alkenes.
The Green Alchemists: How Clay and Plants Are Revolutionizing Chemical Catalysis
Discover how clay minerals and metal-accumulating plants are transforming chemical catalysis into an eco-friendly process, replacing toxic traditional methods.
Illuminating Asymmetry: When Light Meets Metal to Craft Mirror-Image Molecules
A review of enantioselective dual transition metal/photoredox catalysis in drug discovery and materials science