Research Articles
The AI Revolution in Atomistic Materials Chemistry
Explore how foundation models are transforming atomistic materials chemistry, enabling unprecedented prediction of material behaviors and accelerating scientific discovery.
Catching Molecules in Motion: The Revolutionary Science of Time-Resolved Vibrational Spectroscopy
Explore how time-resolved vibrational spectroscopy captures molecular dynamics in real-time, revolutionizing our understanding of chemical reactions.
Microscopic Marvels: Unlocking the Secrets of Molecular Clusters
Explore how molecular clusters shape our world, from atmospheric science to future technologies, based on the 2008 Gordon Research Conference findings.
Unveiling the Molecular World: How Data Science is Revolutionizing Chemical Discovery
Explore how data science and visualization technologies are transforming chemical research, from AI-powered reaction prediction to chemical space mapping.
Capturing the Impossible: Femtochemistry and the Race to Film Molecules in Motion
Explore the revolutionary field of femtochemistry, where scientists capture molecular reactions in femtosecond timescales, revealing the hidden dynamics of chemical processes.
The Bent and Battered World of Paracyclophanes: When Molecules Defy Convention
Explore the fascinating world of paracyclophanes - strained organic molecules with unique architectures and remarkable applications in science and technology.
Before Big Science: The Pursuit Of Modern Chemistry And Physics, 1800-1940
Explore the transformative period in chemistry and physics from 1800 to 1940, highlighting the shift from philosophical inquiry to structured science.
Molecular Collisions: The Hidden World Where Chemistry Happens
Exploring the intricate world of molecular collisions, from fundamental principles to cutting-edge research presented at the 2011 Dynamics of Molecular Collisions Conference.
The Chemistry of Tomorrow: How a 2002 Symposium Shaped Today's Materials Science
Exploring the lasting impact of the 2002 Chemistry and Materials Science Directorate Postdoctoral Symposium on modern materials science and industrial applications.
Laser Coulomb Explosion Imaging: Capturing Molecular Dynamics
Discover how Laser Coulomb Explosion Imaging enables scientists to capture molecular dynamics in unprecedented detail using ultra-fast laser pulses.