Explore the cutting-edge world of superhard ceramics that surpass diamond in performance, featuring high-entropy ceramics and advanced nanocomposites.
Explore how correlative electron and synchrotron X-ray microscopy are revolutionizing materials science by revealing hidden structures across multiple scales.
Explore how random measurable sets and covariogram realizability problems are revolutionizing our understanding of complex structures from materials science to cosmology.
Explore how modern materials science reveals the sophisticated technologies of ancient Greece through archaeomagnetism, XRPD analysis, and experimental archaeology.
Discover how PolyMat is revolutionizing polymer membrane research by teaching computers to understand the semantics of polymer science, accelerating material discovery.
Discover how polymer chain rotation is reducing thermal conductivity and revolutionizing electronics, energy conversion, and smart fabrics.
Explore the fascinating world of cobalt spinel ferrites - magnetic ceramics powering modern technology from smartphones to cancer treatments.
Discover how microgravity experiments in space are revolutionizing material science by eliminating gravity-driven defects in alloys and semiconductors.
Discover how scientists are now able to watch nanoparticles form atom by atom using revolutionary microscopy techniques, transforming materials engineering.
Explore the fascinating world of biofilms - microscopic cities that impact everything from medical implants to industrial systems. Learn how scientists study these resilient communities and the innovative solutions being developed.