Announcements

Cracking the Code of Thorutite: Dixon Wilkins and Washington State University Reveal a New Path for Safer Nuclear Materials

Washington State University researchers, led by Malin C. Dixon Wilkins, have made a major advance in understanding thorutite (ThTi₂O₆), a compound considered for nuclear waste storage. Working alongside Natalie Yaw, Xiaofeng Guo, John S. McCloy, and Neil C. Hyatt, the team synthesized a previously hard-to-make version of thorutite—the α-polymorph—using a solid-state route, marking a first […]

Rust with a Mission: How Shuvo and Washington State University Are Cleaning Up Nuclear Waste

At Washington State University, a team led by Nabil Ashraf Shuvo, with John M. Bussey and John S. McCloy, is revolutionizing how we think about cleaning radioactive waste. They’ve explored how iron sulfide particles—commonly found in nature and known for their magnetic qualities—can remove dangerous iodine from water. This is a big deal, especially for […]

Blending Silicon and Steel: A New Recipe for Safer Nuclear Waste Storage

At Washington State University, researchers Malin C. Dixon Wilkins and John S. McCloy are reimagining nuclear waste storage by combining two powerful materials—silicon carbide and stainless steel. The goal? Develop a composite, or “cermet,” capable of safely containing tricky waste from next-generation TRISO nuclear fuels. Their experiments involved hot-pressing different mixes of SiC and 316L […]

Mixing Science and History: McCloy and the Washington State Team Decode Egyptian Blue

Egyptian blue isn’t just a pretty pigment—it’s science, history, and art all rolled into one. Washington State University’s John S. McCloy led a team to recreate this ancient pigment and figure out how ancient artisans achieved those iconic shades. With a mix of natural minerals, intense heat, and modern tools, they reverse-engineered 5,000-year-old color technology. […]

Glowing Glass and Safer Storage: John Bussey and WSU Tackle Uranium and Thorium Waste

At Washington State University, John Bussey and his collaborators tackled a big challenge in nuclear cleanup: how to safely trap uranium and thorium in glass. Working within the Hanford Site’s high-level waste plan, they tested glass recipes that mimic real nuclear waste, melting them at high temperatures to see what uranium and thorium would do. […]

Undergraduate student awards, Spring 2024

Congratulations to the following students for new awards! John Bussey, DOE-NE University Nuclear Leadership Program (UNLP) Scholarship, 2024-5 John Bussey, DOE-NE Innovations in Nuclear Energy Research and Development Student Competition (INSC), 2024 Josie Soles, outstanding Sophomore MSE student Audra Totten, outstanding Junior MSE student Raine Antonio, outstanding Senior MSE student