Explore how computational thermochemistry uses quantum mechanics and supercomputers to predict chemical properties, accelerating drug discovery and sustainable technology development.
Explore how solid-state chemistry is transforming material discovery through data-driven approaches and predictive synthesis.
Explore how materials science is revolutionizing solar energy conversion through silicon, perovskites, and cutting-edge technologies.
Discover how convolutional neural networks are revolutionizing materials science by predicting elastic properties of inorganic materials with unprecedented speed and accuracy.
Explore the fascinating science of creep-rupture strength in epoxy composites and why materials fail under sustained stress over time.
Discover how electron correlation reshapes our understanding of core-level binding energy shifts in materials science.
Exploring the challenges in predicting lattice thermal conductivity through the study of copper-based sulvanites and the gap between theoretical models and experimental results.
Explore how neutron scattering techniques reveal atomic structures and drive scientific innovation through NIST's CHRNS Summer School.
Explore the fascinating phenomenon of surface segregation in materials science, where atoms migrate to surfaces creating unique properties that impact technology from fuel cells to electronics.
Explore the fascinating science of granular materials - substances that exist between solid and liquid states with unique behaviors and applications across industries.