Exploring how combining physical laws with chemical knowledge creates breakthrough molecular AI models for drug discovery and materials science.
Exploring how gut microbiome modulation can transform liver cancer treatment through the gut-liver axis.
Exploring the fascinating dynamics of nanoscale systems where particles dance to the tune of thermal fluctuations and quantum forces.
Exploring how nanoscale fluid dynamics governs physiological processes from cellular transport to disease diagnostics
Discover how single-molecule biophysics reveals the dynamic behavior of DNA and RNA through cutting-edge techniques like magnetic tweezers and smFRET.
Exploring bulk metallic glasses through molecular dynamics simulations, revealing their atomic structure and mechanical properties.
Explore the fascinating combat dynamics and assessment strategies of South Africa's combatant monkey beetles, where size and strategy determine mating success.
Discover how mosquito midgut cells use endoreplication to become efficient disease vectors and the scientific breakthroughs revealing their secrets.
Discover how atomic-scale twin boundaries transform copper into a super metal with double strength and minimal conductivity loss.
Explore how molecular docking and dynamics simulations powered by Application Repositories and Science Gateways are revolutionizing drug discovery.