Research Articles
Quantum Machine Learning Corrects Classical Force Fields: Stretching DNA Base Pairs in Explicit Solvent
Discover how quantum machine learning bridges the gap between classical simulations and quantum accuracy in DNA stretching experiments.
Graphene and Magnesium: The Atomic Dance Behind Tomorrow's Super-Materials
Explore how graphene magnesium composites are revolutionizing materials science through molecular dynamics simulation, creating lighter, stronger materials for aerospace, automotive and medical applications.
The Gel Revolution: How Twin-Chain Polymer Hydrogels are Rescuing Masterpieces
Discover how twin-chain PVA hydrogels are revolutionizing art conservation through advanced materials science
The Invisible Revolution: How Nano-Machines are Transforming Medicine
Explore how nanobiotechnology is revolutionizing medicine through targeted drug delivery, advanced diagnostics, and microscopic surgical tools operating at cellular levels.
When Silica Shatters: Unveiling the Secret Life of Shock-Compressed Glass
Exploring the transformation of fused silica under extreme pressure conditions comparable to planetary interiors and meteorite impacts.
Capturing Molecular Movies: How Ultrafast Electron Diffraction Reveals Nature's Fastest Secrets
Explore how ultrafast electron diffraction enables scientists to observe molecular movements in real time, creating detailed molecular movies of dynamic processes.
Cracking Nature's Code: How pyDock Solved Biology's Toughest Puzzles
Explore how pyDock revolutionized protein interaction prediction in the 5th CAPRI edition with expanded capabilities in docking, scoring, and binding affinity predictions.
The Self-Building Genome: How DNA and Environment Co-Create Life
Discover how genomes specify an information-processing architecture that grows itself through environmental interaction in this engaging scientific exploration.
The Learning Brain: How We Master Abstract Skills in a Day and What It Reveals About Our Minds
Explore the fascinating science of within-day abstract skill learning and discover the neural mechanisms that enable our brains to master complex concepts throughout daily life.
The Invisible Hum of Glass: Listening to Atoms with a Supercomputer
Explore how molecular dynamics reveals the vibrational secrets of SiO₂ surfaces through computational simulations