Authored by Octavio Albarrán, Renata Garcés, Giacomo Po, Christoph F. Schmidt, and Jeff D. Eldredge
Duke Materials Initiative’s milestone event on polymer networks engages 300+ attendees from 16 nations
Duke Professor of Chemistry and Physics Patrick Charbonneau honored by the American Physics Society for contributions to understanding glassy materials
Duke Chemistry Professor Patrick Charbonneau has worked closely with Giorgio Parisi, co-winner of this year's Nobel Prize for Physics
Device protects human liver cells producing critical biomolecules for six months in mice
Newly proven physics opens chalcogenide glasses to applications at visible and ultraviolet wavelengths
Stefan Zauscher’s lab provides hands-on summer research experiences for two public school science teachers, reaping benefits in the process
Duke University's Ken Gall translates basic materials research into medical implants to support the human skeleton and brings them to patients
Students at all levels have new opportunities for interdisciplinary training
Duke civil and environmental engineers are working to make raw materials more sustainable and reimagining how we deal with harmful waste
New approach to 'acoustic tweezers' using metamaterials could help push past limitations for cell and tissue engineering applications
Duke University's Shyni Varghese is capitalizing on the body's production of adenosine to treat bone fracture and osteoporosis
Researchers show how shapes and movements of halide perovskites create desirable renewable energy properties
New polymer promises localized pain control for critical first four days
Duke University biomedical engineers have demonstrated a tablet-sized platform that could also predict COVID-19 case severity and immunity against variants
