Category: Nuclear Engineering & Radiological Sciences
-
The US has a new most powerful laser
Hitting 2 petawatts, the NSF-funded ZEUS facility at U-M enables research that could improve medicine, national security, materials science and more.
-
Nuclear fuels and materials research earns Todd Allen national award
American Nuclear Society recognizes Allen for “outstanding” nuclear fuels and materials R&D.
-
Using artificial intelligence to help students learn about socially engaged design
While nuclear power can reap enormous benefits, it also comes with some risks.
-
Hands-on reactor research experience for students
Collaboration with Ohio State strengthens ties between institutions working to bolster U.S. nuclear expertise
-
Materials for fusion reactors: U-M launches five new projects
‘Understanding the behavior of materials under extreme conditions is key to developing fusion reactors.’
-
Tool creates transparent, automated machine learning models for nuclear energy
A new tool simplifies machine learning development for nuclear engineers while incorporating model explainability features to help improve transparency.
-
Kevin Field receives PECASE for work on how radiation affects materials
Field is recognized by the Department of Energy for advanced nuclear systems innovations.
-
Space Force establishes $35M institute for versatile propulsion and power at U-M
To optimize power, efficiency and freedom to maneuver, engineers aim to demonstrate new technologies for power generation, electric propulsion and chemical rockets.
-
X-ray vision
One of the first experimenters at the new flagship US laser, Michigan alum Franklin Dollar’s mission is bigger than research.
-
U-M hosts high school students to explore nuclear engineering careers
The four-week residential program prepared rising twelfth graders for nuclear engineering careers through a mix of academic and practical experiences.
-
Pinpointing coal plants to convert to nuclear energy, considering both practicality and community support
The most comprehensive coal-to-nuclear analysis to date could help policymakers and utilities plan how to meet climate targets.
-
Detailed picture of electron acceleration captured in one shot
Results can help maximize electron energy gain for quantum mechanics experiments or practical applications in medicine or industry.