Research Articles
The Tiny Power Plants in Nature: How Iron-Sulfur Clusters Shape Our World
Discover how iron-sulfur clusters power life and geology, and how ReaxFF reactive force field simulations reveal their dynamic behavior in water.
The Invisible Web: How Complex Reaction Networks Shape Our World at High Temperatures
Exploring the intricate molecular networks that govern chemical processes at high temperatures and their applications in energy, materials science, and environmental technology.
The Man Who Simulated Nature: Berni Alder and the Birth of Molecular Dynamics
Explore the life and work of Berni Alder, the theoretical physicist who pioneered molecular dynamics and established computer simulation as the third pillar of science.
The Secret Lives of Nanobubbles: The Tiny Powerhouses Defying Physics
Explore the fascinating world of nanobubbles - their growth, collapse, and coalescence dynamics that defy classical physics and revolutionize multiple industries.
The Invisible Revolution: How Theoretical Chemistry is Reshaping Our World
Exploring the challenges and opportunities of theoretical chemistry in the 21st century, from quantum mechanics to AI-powered molecular simulations.
The Ultimate Sieve: How Scientists Are Using Atomic Movies to Revolutionize Gas Separation
Explore how Molecular Dynamics Simulations are revolutionizing gas separation through nanofluidics, enabling precise atomic-level filtration for cleaner energy and carbon capture.
The Spaghetti Soup Secrets: How Super-Simplified Simulations Reveal Why Polymers Flow
Exploring how coarse-grained molecular dynamics simulations reveal the behavior of polymer solutions under various conditions.