Explore how theoretical scientists capture the universe's fastest movements by studying electron dynamics in attoseconds.
Explore how Self-propagating High-temperature Synthesis (SHS) is revolutionizing materials science by creating advanced ceramic composites from aluminum, sand, and dolomite.
Explore how soft X-ray synchrotron radiation reveals the secrets of actinide materials through advanced spectroscopic techniques and nanoscale imaging.
Explore the fascinating world of nanoporous ices, a revolutionary class of materials with applications from clean energy storage to biomedical technologies.
Exploring how the quest for pure substances has driven scientific progress and transformed our understanding of matter.
Exploring how molecular dynamics simulations are revolutionizing gas separation through nanofluidic channel design for carbon capture and clean energy applications.
Discover how oxygen-terminated copper tips in atomic force microscopy are revolutionizing our ability to see and understand metal oxide surfaces at atomic scale.
Exploring how computational chemistry is transforming undergraduate education through digital tools, cloud computing, and hands-on research experiences.
Exploring the groundbreaking work of 2007 IAWS Fellows in wood science and sustainable material innovation
Exploring the chemical and kinetic freeze-outs in high-energy nuclear collisions that reveal secrets about the early universe's evolution.