Research Articles
The Invisible Dance of Molecules: How Chemistry and Molecular Mechanics Shape Our World
Explore the principles of molecular mechanics and how this computational approach reveals the invisible molecular dance underlying our physical world.
The Molecular Revolution: How Lawrence Berkeley Lab's Chemical Sciences Division is Forging Our Future
Explore how Lawrence Berkeley Lab's Chemical Sciences Division tackles global energy and environmental challenges through cutting-edge chemical research.
The Silent Spark: How Air Force Chemists are Rewriting the Rules of Fire
Exploring the groundbreaking research presented at the 21st Annual AFOSR Chemistry Program Review on molecular reactions and quantum chemistry
Illuminating the Invisible: Female Physical Chemists Carrying Marie Curie's Legacy Into the Future
Exploring the contributions of female physical chemists continuing Marie Curie's groundbreaking work in radiation science and physical chemistry.
The Elemental Architects: How Berkeley Lab's Chemical Sciences Division Is Building a Better World
Explore how Lawrence Berkeley Laboratory's Chemical Sciences Division is advancing catalysis, energy storage, and sustainability through cutting-edge chemical research.
The Molecular Dance: How Dudley Herschbach Illuminated the Hidden World of Chemical Reactions
Explore Dudley Herschbach's groundbreaking molecular beam research that earned him the 1986 Nobel Prize in Chemistry and revolutionized our understanding of chemical reactions.
Seeing the Invisible: How Three Scientists Captured Chemistry in Action
Discover how Dudley R. Herschbach, Yuan T. Lee, and John C. Polanyi revolutionized chemistry by developing methods to observe molecular reactions in real-time, earning them the 1986 Nobel Prize.
The Molecular Dance: Catching Chemistry in the Act
Explore how scientists capture the split-second steps of chemical reactions using advanced techniques like crossed molecular beams and femtosecond lasers.
Intervening for Efficiency: How Scientists Are Hijacking Chemical Reactions for Better Outcomes
Explore how scientists are learning to strategically intervene in chemical reactions to make them faster, more efficient, and more selective through cutting-edge methods.