Molecular Dynamics Research Hub

Explore breakthrough studies, simulation methodologies, and computational approaches in molecular science

Research Articles

The Hidden Fire Within: Unlocking Dimethyl Ether's Low-Temperature Secrets

Discover the groundbreaking research on dimethyl ether's low-temperature oxidation chemistry and its implications for cleaner combustion technologies.

Lucas Price

Oct 29, 2025

molecular beam combustion surface science

Molecular Beam Microscopes: Mapping the Hidden Dance of Combustion

Discover how molecular beam technology reveals the intricate chemistry of combustion, enabling cleaner engines and greener energy solutions.

Aaron Cooper

Oct 28, 2025

chemistry quantum combustion

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

Easton Henderson

Oct 24, 2025

soot combustion diradical

The Radical Heart of Soot: A Hidden Fire Phenomenon Explained

Discover how π-diradical aromatic precursors act as molecular velcro in rapid soot formation, revolutionizing our understanding of combustion chemistry.

Allison Howard

Oct 01, 2025

Research Tags

dimethyl ether combustion low-temperature oxidation molecular beam surface science chemistry quantum soot diradical