Discover how emerging chalcohalide materials are revolutionizing solar energy and other energy applications with enhanced stability and efficiency.
Discover how rigid phosphorus-nitrogen cages are revolutionizing materials science as 3D building blocks for creating precise functional materials.
How scientists mimic a million years of corrosion in a lab to test nuclear waste container materials
Explore how helical chains break crystal symmetry to create noncentrosymmetric solids with extraordinary properties like second-harmonic generation and chiral-induced spin selectivity.
Explore how the 1965 AAAS symposium on Materials Science in Dentistry, Medicine, and Pharmacy revolutionized medical treatments through biomaterials innovation.
Explore the fascinating world of metal-organic frameworks (MOFs) with copper(II) tetranuclear clusters and 5-sulfoisophthalates - the molecular masterpieces redefining materials science.
Explore how coordination polymers built from 4,4'-bipyridine and phosphate are creating revolutionary materials for energy, sensing, and electronics.
Explore how Resonant Elastic X-ray Scattering (REXS) revolutionizes materials science by revealing atomic, electronic, and magnetic properties of matter.
Explore how inorganic compounds power our modern world, from smartphone screens to solar panels and copper purification processes.
Exploring the integration of polymer chemistry into inorganic and materials chemistry education at Florida Atlantic University and its impact on modern materials science.