Research Articles
The Quantum Dance: How Electrons and Nuclei Shape Chemistry in Real Time
Exploring the intricate dance between electrons and nuclei that governs chemical reactions in real time, with breakthrough experimental techniques revealing these ultrafast processes.
The Invisible Battlefield: How Digital Microscopes Reveal Why Water Beads, Spreads, or Sticks
Exploring wettability through molecular dynamics and coarse-grain simulations, revealing atomic-scale interactions between liquids and solids.
The Secret Life of Metallic Glass: How Supercomputer Simulations Reveal Atoms in Motion
Exploring bulk metallic glasses through molecular dynamics simulations, revealing their atomic structure and mechanical properties.
The Molecular Dance of Clay, Water, and Acid: How a Tiny Mineral Shapes Planets and Clean Technology
Discover how sodium montmorillonite clay interacts with formic acid and water at high temperatures, revealing insights about planetary evolution and clean technology applications.
The Nano-Symmetry Revolution: How Twisted Science is Unlocking Tomorrow's Tech
Exploring the breakthrough in quasi-1D nanostructures research through symmetry-adapted tight-binding molecular dynamics
The Invisible Dance of Life: How Supercomputers Simulate Living Molecules with Quantum Precision
Exploring how NAMD's polarizable force fields and supercomputers reveal the quantum dance of biomolecules through advanced molecular dynamics simulations.
Molecular Matchmakers: How Computer Models Predict Nature's Tiny Dances
Exploring how force fields predict protein-ligand interactions through the flavodoxin-FMN system, with comparative analysis of computational models.