Research Articles
The Molecular Machinery of Life: From Basic Compounds to Complex Systems
Explore the fascinating science of biochemistry - the chemical processes and substances that make life possible, from basic compounds to complex systems.
The Bent World of Paracyclophanes: When Molecules Defy Flatness
Explore the fascinating world of paracyclophanes - strained organic molecules that bend the rules of chemistry with their three-dimensional aromatic structures.
Molecular Origami: Folding Carbon Chains into Rings with Propargylic Cyclization
Explore the fascinating world of propargylic cyclization - how chemists fold linear molecules into intricate cyclic structures using nucleophilic triggers.
The Sweet Transformation: A Kitchen Chemistry Reaction in the Lab
Explore how sodium borohydride transforms ketones into alcohols through a fascinating chemical reduction process in organic chemistry.
The Click Heard 'Round the Lab: How a Simple Reaction is Revolutionizing Chemistry
Explore how the copper-catalyzed azide-alkyne cycloaddition (CuAAC) is transforming chemistry through inquiry-driven undergraduate investigations.
The Architect of Us All: How Carbon Built the World
Explore the fascinating story of how carbon became the fundamental building block of life and modern chemistry, from vitalism to organic synthesis.
Carl Schorlemmer: The Red Chemist Who Revolutionized Organic Chemistry
Explore the life and legacy of Carl Schorlemmer, the pioneering chemist and committed communist who transformed organic chemistry while maintaining close ties with Marx and Engels.
Beyond the Textbook: Bringing Organic Chemistry to Life with Augmented Reality
Discover how Augmented Reality is transforming organic chemistry education by visualizing complex molecules and reactions in 3D space.
The Carbene Magicians: How Fluorine & Silicon Forge Unstable Chemistry's Most Versatile Tools
Discover how fluoroalkylacylsilanes (FASi) revolutionize carbene chemistry with stable precursors and ambiphilic reactivity for advanced organic synthesis.