Discover how multiscale modeling bridges the gap between graphene's atomic-scale perfection and macro-scale applications, unlocking its super-strength potential.
Explore how scientists are using multiscale modeling to understand complex materials without tracking every single atom.
Explore how force fields bridge quantum mechanics to bulk material properties through multiscale modeling, from ab initio calculations to molecular-based equations of state.
Exploring stochastic uncertainty quantification in polymer nanocomposites and how scientists tame randomness in multiscale materials