Research Articles
The Ice Makers: How Scientists Are Unlocking the Secrets of Frost
Explore how scientists use heterogeneous seeded molecular dynamics to understand ice nucleation at the molecular level, with implications for climate science, agriculture, and cryogenics.
The Hidden Dance of Enzymes: How Bacterial Molecular Dynamics Power Catalysis
Explore how global and local molecular dynamics in bacterial carboxylesterases reveal the intricate dance of enzyme catalysis and its implications for human health.
Seeing the Unseeable: How Scientists Visualize Crystal Dislocations in 3D
Explore the cutting-edge 3D visualization techniques for crystal dislocations in molecular dynamics simulations and their impact on materials science.
The Invisible Dance of Life: How Computers Decode Protein Folding
Discover how scientists use data mining and simulations to understand protein folding, the fundamental process that shapes life at the molecular level.
The Odyssey of Kent Wilson: Holding Molecules in the Light
Explore Kent Wilson's groundbreaking work in laser chemistry and molecular dynamics, and how he revolutionized our ability to observe and control molecular processes.
The Ice Maker Hidden in Clay: How Kaolinite Shapes Our World
Discover how kaolinite clay acts as a molecular template for ice formation through molecular dynamics simulations and its impact on climate science.
The Invisible Blueprint: How Computers Are Decoding Nature's Tiny Machines
Explore how computational models are revolutionizing our understanding of biological nanosystems, from drug delivery to cellular development.
Grid Computing: The Invisible Engine Powering Biomolecular Discovery
How grid computing is revolutionizing biomolecular discovery by harnessing thousands of computers to decode molecular secrets
Molecular Battlefields: How Adenovirus Types 3 and 7 Attack Military and Civilian Populations
Exploring the molecular dynamics of adenovirus infections in military and civilian populations, including outbreak patterns, genetic recombination, and public health implications.
Cracking the Virus's Code: How Digital Labs Are Designing Our Future Medicines
Explore how molecular docking and dynamics simulations are revolutionizing drug discovery, using the Influenza Virus M2 Protein as a case study.