Exploring how metals fracture under extreme ultrafast irradiation conditions and the scientific implications for material engineering.
Exploring the groundbreaking 1997 research that transformed our understanding of chemical structure and dynamics at environmental interfaces
Discover how cellular reprogramming technology is revolutionizing heart repair by converting scar tissue into functional heart muscle cells.
Explore how scientists use real-time filtering and parameter estimation to track complex dynamical systems with many degrees of freedom.
Exploring how scientists measure entropy in circular data from animal migration to neuroscience using nearest neighbor estimates.
Explore how scientists manipulate materials at atomic scale using adatoms, vacancies and interlayer mass transport to create advanced materials for technology.
Explore how petascale numerical libraries enable simulations of multiscale phenomena from atomic to planetary scales, revolutionizing science and engineering.
Explore how Time-Dependent Density Functional Theory revolutionizes our understanding of electron dynamics and nonadiabatic processes in quantum systems.
Discover how drifting mass accommodation coefficients are revolutionizing our understanding of cloud formation and climate models through cutting-edge molecular dynamics research.
Explore how plant pathologists are fighting microscopic threats to global food security through innovative biological controls and detection methods.