Authored by Octavio Albarrán, Renata Garcés, Giacomo Po, Christoph F. Schmidt, and Jeff D. Eldredge
Unusual atomic vibrations in a crystalline structure explain potential solid-state battery material’s superionic transport abilities
Stabilizing the glassy state of materials using rare instrumentation unlocks a new line of research for perovskites
Experts from around the world gathered at Duke for the first Advanced Multifunctional Metamaterials Workshop to shape the future of the field
Four Duke Engineers are included in the most highly-cited list this year. Their scholarly publications are viewed as important and influential by their peers.
A three-decade quest by Michael Rubinstein spanning multiple institutions has made the North Carolina Research Triangle into a hub of new scientific study
Recent discoveries from the lab of Michael Rubinstein, PhD, the Aleksander S. Vesic Distinguished Professor, could one day allow cystic fibrosis patients to breathe easier and perhaps live longer
The 8th International Soft Matter Conference saw nearly 500 participants from all over the world come together for the week-long event in Raleigh.
Between The Young Investigators Workshop and Duke Soft Matter Day, the summer saw collaborations in the field that spanned North Carolina ahead of ISMC 2024.
As the director of graduate studies for the program, Adrienne Stiff-Roberts has been instrumental in connecting faculty and students from various departments.
Researchers have discovered that nanosized silver cubes can self-assemble into a two-dimensional checkerboard pattern on water, paving the way for advanced optical applications.
The team was recognized for showing how mechanochemical reactions can affect the strength of cross-linked polymer networks.
The 8th International Soft Matter Conference (ISMC) will be held in the Raleigh Convention Center this summer, marking the first time in the conference’s history that it will be held in the Americas. Duke’s Soft Matter Day, the Triangle Soft Matter Workshop, and the Young Investigator Workshop…
Researchers at Duke have used nanoscale imaging to study how catalysts in electrolyzers, essential for producing clean hydrogen fuel, deteriorate due to corrosion. Their findings could lead to the development of renewable energy devices with significantly longer lifespans.
Duke’s Shared Materials Instrumentation Facility (SMIF) has fostered regional and national collaboration in materials research for over 25 years.
