Discover how scientists use ultrafast lasers to characterize surface hydrophobicity by measuring the dynamics of interfacial water molecules.
Discover how MoSGrid, a revolutionary science gateway, is democratizing supercomputing power for molecular simulations to accelerate drug discovery and materials science.
Discover how scientists are using shock waves and shear deformation to make materials heal themselves. A breakthrough in molecular dynamics simulation.
Explore how low-frequency spectroscopy reveals the interplay of Coulomb forces, hydrogen bonding, and dispersion forces in ionic liquids, enabling tailored materials for advanced applications.
Explore how mathematical modeling revolutionizes nanotechnology, enabling precise design of nanostructures for medicine, materials science, and energy applications.
How physicists are using molecular-dynamics simulation and the Jarzynski equality to uncover the atomic secrets of earthquakes.
Exploring how living biobanks manage heterogeneous data to revolutionize biomedical research and personalized medicine.
Explore how molecular dynamics simulations reveal the thermally induced martensitic transformation in NiAl, a fascinating atomic-scale process.
How the tiniest calculations on Earth are solving the biggest mysteries in space through electronic structure calculations.
Discover how small peptides read the hidden structure of water to identify specific materials, revolutionizing medicine and materials science.