Exploring how a molecular dynamics erratum refined our understanding of liquid alumina and demonstrated science's self-correcting nature.
Discover how pyrexMD, a powerful Python package, is revolutionizing molecular dynamics simulations to unlock the secrets of protein folding and disease mechanisms.
Explore how scientists use molecular dynamics simulations to quantify the Thermal Accommodation Coefficient for iron surfaces, unlocking secrets of atomic energy exchange.
Explore how Molecular Dynamics simulations are designing nanofluidic systems for ultra-efficient gas separation, a breakthrough for carbon capture and clean air technology.
Explore how force fields bridge quantum mechanics to bulk material properties through multiscale modeling, from ab initio calculations to molecular-based equations of state.
Discover how ultrafast X-ray methods are revolutionizing our ability to observe molecular dynamics in real-time, from femtosecond bond changes to protein structural transformations.
Exploring ultrafast molecular dynamics through quantum, semiclassical, and classical approaches in light-matter interactions.
Exploring how single nucleotide defects affect DNA duplex stability through molecular dynamics and microarray experiments, with implications for genetic diagnostics.
Exploring the atomic architecture of strontium-aluminosilicate glasses through NMR and molecular dynamics simulations
How molecular dynamics simulations revealed Cu-HKUST-1's ability to separate xylene isomers, a critical challenge in petrochemical industry