Research Articles
The Azide Alchemists: A Radical New Approach to Streamlining Chemical Synthesis
Discover the groundbreaking catalytic method for direct C–H azidation using safe, commercial reagents with the C–H donor as the limiting reagent.
Flow Chemistry Unlocks the Power of the Catellani Reaction
Discover how continuous-flow technology revolutionizes the Catellani reaction, enabling safe and efficient use of gaseous reagents in chemical synthesis.
The Ketene Bridge: How Oxide Catalysts Are Forging New Chemical Pathways
Explore how oxide catalysts are revolutionizing ketene synthesis, enabling more efficient chemical pathways for pharmaceuticals and materials.
Copper Catalysis: The Molecular Matchmaker Transforming Chemical Synthesis
Explore how copper-catalyzed γ-selective and stereospecific allylic cross-coupling revolutionizes chemical synthesis with unprecedented precision in molecular construction.
Hydroaminoalkylation: The Molecular Matchmaker
Discover how hydroaminoalkylation is revolutionizing chemical synthesis by directly connecting amines and hydrocarbons in a single catalytic step.
The Molecular Dance: How O,N-Bidentate Ruthenium Catalysts Are Revolutionizing Chemical Synthesis
Exploring the development and applications of O,N-bidentate ruthenium catalysts for isomerization and kinetic studies of ruthenium carbenes for C=C coupling reactions.