Research Articles
The Hidden Order in Glass: How Random Materials Power Our Digital World
Explore the fascinating world of non-crystalline materials and chalcogenide glasses that are revolutionizing modern technology through phase-change memory.
The Invisible Traffic Jam: How Graphene is Revolutionizing Our Electronics
Exploring how graphene's thermal properties can solve electronics cooling challenges through molecular dynamics simulations
The Digital Fireworks: Simulating Explosives One Atom at a Time
How supercomputers are making one of the world's most powerful explosives safer and more efficient through atomistic simulations.
The Secret Life of a Crystal: How Tiny Twists Make Iron Strong
Explore how multi-scale modeling reveals the atomic secrets behind iron's strength through nanoindentation experiments and dislocation dynamics.
Spin Conversations: How Kev Salikhov's EPR Research Revealed Nature's Hidden Magnetic Secrets
Explore Kev Salikhov's groundbreaking research on spin exchange and EPR spectroscopy, revealing quantum effects in photosynthesis and biological systems.
The Invisible Architects: How 1970s CSL Research Built Our Digital World
Explore how the Coordinated Science Laboratory's 1970s research in fault-tolerant computing, coding theory, and system diagnosis laid the foundation for modern digital technology.
The Architecture of Life: Unraveling Modular Design in Biological Networks
Explore the fundamental principle of modularity in biological networks, from molecular circuits to ecological systems, and discover how this architectural design enables life's complexity.
The Left-Handed Molecule That Built a Right-Handed Spiral: A Peptide's Tale of Two Halves
Explore the fascinating story of ILQINS peptide, a molecular fragment that defies expectations by forming right-handed structures from left-handed origins.
MoSGrid: Democratizing Molecular Simulations Through Science Gateways
Explore how MoSGrid science gateway revolutionizes molecular simulations through intuitive web interfaces, distributed computing, and standardized workflows.
The Quantum Aftermath: How a Simple Molecule Holds Secrets to Cosmic Chaos
Explore the vibrational distribution of hydrogen molecular ions and how they reveal secrets about cosmic events and quantum mechanics.