Discover how recent research reveals methyl groups are actually electron-withdrawing, overturning 75 years of chemistry textbook dogma.
Explore the exciting world of β-keto sulfones and the innovative methods chemists are developing to create them for pharmaceuticals and materials.
Explore how microreactor technology is transforming organic chemistry with unprecedented safety, efficiency, and precision in chemical synthesis.
Explore how oxidative dearomatization transforms simple aromatic molecules into complex three-dimensional structures with potential biological activity.
Explore how green chemistry principles are transforming organic chemistry laboratories through sustainable synthesis, purification techniques, and energy-efficient practices.
Explore the fascinating world of photochemical rearrangements where light transforms molecular structures in unexpected ways, enabling new medicines and advanced materials.
Discover how metal oxides and silica catalysts are revolutionizing organic chemistry and pharmaceutical manufacturing through sustainable processes.
Discover how William Theilheimer revolutionized organic chemistry with his systematic classification of chemical reactions, paving the way for modern chemical databases.
Discover the fascinating chemistry behind electroluminescent organic materials and OLED technology that powers modern displays.
Explore the fascinating connection between musk perfumes and polymer chemistry through the history of organic chemistry.