Exploring the lasting impact of the 2002 Chemistry and Materials Science Directorate Postdoctoral Symposium on modern materials science and industrial applications.
Explore how multi-scale modeling reveals the atomic secrets behind iron's strength through nanoindentation experiments and dislocation dynamics.
Explore how computational materials science uses virtual experiments to discover and design the materials of tomorrow through atomic-level simulations and AI-driven potentials.
Explore how the 1990 CAMSE conference revolutionized materials science through computational approaches, bridging quantum mechanics with real-world applications.
Exploring how AI-driven simulations are transforming materials science, from carbon-neutral concrete to ultra-efficient batteries.