Research Articles
The Invisible Battlefield: How Radiation Reshapes Metals, Atom by Atom
Explore how molecular dynamics simulations reveal the atomic-scale mechanisms of plastic deformation nucleation in stressed crystallites under irradiation
What Makes a Research Paper a Scientific Classic? Lessons from 60 Years of Chemistry Research
Explore the science behind highly cited research papers based on 60 years of data from the Journal of Chemical Information and Modeling
The Invisible Dance of Life: How Biomolecular Simulations Unlock Nature's Secrets
Explore how biomolecular simulations reveal the atomic-level mechanisms of life, from protein folding to drug discovery and enzyme catalysis.
The Cellular Universe Within: How Scientists Are Mapping Every Cell in the Animal Kingdom
Explore how single-cell transcriptomics is revolutionizing biology by mapping every cell type in complex organisms and tracing developmental lineages.
The DNA First Responders: How Scientists Are Hijacking Cancer's Repair Kit
Discover how scientists are targeting DNA damage response mechanisms, specifically Exonuclease 1 regulation, to develop innovative cancer therapies.
Parasitology at the Crossroads: How the Year 2000 Forced a Scientific Revolution
Exploring how parasitology evolved at the turn of the millennium, facing reproducibility challenges while embracing new technologies to combat ancient diseases.
Unfolding Nature's Secrets: How Computer Simulations Reveal Hidden Pockets in Flu Viruses
Discover how molecular dynamics simulations revealed the hidden 150-loop in neuraminidase, opening new possibilities for antiviral drug design against influenza viruses.
Roots and Branches: Professor Tang Yan-Cheng's Legacy in Evolutionary Biology
Exploring Professor Tang Yan-Cheng's groundbreaking contributions to systematic and evolutionary biology through molecular phylogenetics and biogeography.
The Hidden Sea: How Water Shapes the Future of Biomaterials
Exploring how the thin, dynamic layer of water that touches biomaterials first shapes medical implants, drug delivery systems, and artificial organs.
The Invisible Dance: How Taming Friction at the Atomic Scale is Building Our Future
Exploring how tribology and friction control at the nanoscale is revolutionizing modern manufacturing and technology.