Research Articles
Carbon Nanotubes: The Tiny Tubes Revolutionizing Molecular Manufacturing
Explore how carbon nanotubes are transforming organic synthesis as powerful, sustainable catalysts for pharmaceutical and material science applications.
Thianthrene: The Molecular Powerhouse Revolutionizing Sustainable Chemistry
Explore how thianthrene chemistry is transforming organic synthesis with sustainable, precise molecular editing for pharmaceuticals and materials science.
The Green Chemistry Revolution: How Hypervalent Iodine is Transforming Molecular Construction
Discover how hypervalent iodine is revolutionizing organic synthesis by replacing toxic metals with sustainable alternatives for greener molecular construction.
Iodine's Secret Power in Building Complex Molecules
Explore how iodine serves as a green and powerful tool for constructing intricate carbon frameworks in organic synthesis, enabling efficient carbocyclization reactions.
The Molecular Chefs: How Transition Metals Cook Up New Chemicals
Explore the fascinating world of homogeneous catalysis by transition metal complexes, where molecular chefs transform organic synthesis through precise chemical reactions.
Beyond the Flask: How Continuous Flow is Revolutionizing Organic Synthesis
Explore how continuous flow synthesis is transforming organic chemistry with enhanced efficiency, safety, and precision compared to traditional batch methods.
Aryl Diazonium Salts: The Chemical Chameleons Powering Modern Science
Explore recent developments in aryl diazonium chemistry, from historical discoveries to cutting-edge applications in materials science, medicine, and sustainable chemistry.
Beyond the Halo: How α-Halocarbonyls Became a Powerhouse for Building Complex Molecules
Explore how α-halocarbonyls transformed from simple functional groups to indispensable tools for constructing sophisticated molecular architectures in organic synthesis.
Boosting Multistep Synthetic Organic Chemistry with Corning Advanced-Flow Reactors
Explore how Corning's Advanced-Flow Reactor technology revolutionizes chemical synthesis through continuous flow chemistry, enabling safer, more efficient multistep organic reactions.
Microwave Chemistry: Transforming Organic Synthesis in Minutes
Explore how microwave chemistry revolutionizes organic synthesis, converting olefins to chloroiodoalkanes and iodohydrins using quinolinium chlorochromate-iodine in minutes.