Research Articles
The Invisible Revolution: How Open Source Software is Decoding Our Cellular Universe
Explore how open source bioimage informatics from University of Dundee is transforming cell biology research through advanced imaging data analysis.
The Invisible Race: How Single Molecules Expose Secrets of Nanoscale Mazes
How single molecule tracking reveals nanoscale diffusion secrets in mesoporous materials
The Hidden Histories in Ancient Feces: How Paleoparasitology Rewrites Human History
Exploring how the study of ancient parasites preserved in archaeological materials reveals insights about human migrations, diets, and civilizations.
The Great Cellular Tug-of-War: Why Your Cells Don't Snap Under Pressure
Exploring how filament length, finite-extensibility and motor force dispersity regulate stress relaxation and buckling in non-sarcomeric active gels.
Cracking the Molecular Chill: How Data Science Unlocks the Secrets of Stiffening Plastic
Explore how data science and machine learning are revolutionizing our understanding of the glass transition temperature in polymer melts, enabling more precise material design.
The Tango of Molecules: How Computer Simulations Decipher a Mysterious Protein Helper
Exploring how molecular dynamics simulations validate the GAFF force field for modeling 2,2,2-trifluoroethanol (TFE) in protein studies
The Great Escape: How G Proteins Shed Their GDP and Trigger Cellular Signals
Discover the molecular mechanism behind G protein activation and nucleotide exchange, revealing how cellular signals are triggered through dynamic structural changes.
Photon Leashes: How Lasers Tame Atomic Tango on Metal Surfaces
Discover how laser light can control atomic interactions on metal surfaces, transforming attraction into repulsion with implications for nanotechnology and quantum computing.
The Invisible Engine: How Scientists Simulate Nanostructures to Unlock Binary Alloys' Thermal Secrets
Exploring how computational modeling reveals thermal conductivity secrets in binary alloys, enabling breakthroughs in electronics, aerospace, and energy technologies.
The Hidden World of Flat Ice: How Machine Learning Reveals Water's Secret Personalities
Discover how machine learning force fields reveal the exotic phase diagram of monolayer water/ice, with applications from desalination to planetary science.