CMI project lead Andriy Palasyuk describes collaboration and research in permanent magnets in this new video from Ames National Laboratory.
News & Highlights
Cerium Gap Magnets: 2023 R&D100 Award
AI Utilized to Discover Novel Magnetic Materials Sans Critical Elements
R&D 100 Winners for 2023 are announced: CMI magnet technology wins R&D 100 Award
New patent award – Ce-based permanent magnets
CMI-trained researcher pursues career in spintronics & magnetic sensors
Project Team
Principal Researchers
Andriy Palasyuk at Ames Laboratory leads the CMI project "Reduced rare earth content high performance magnets"
This project aims for discovery of new, rare earth poor, ferromagnetic materials. This is a multi-pronged science-based approach of (1) looking for new, undiscovered, rare earth poor, transition metal rich binary, ternary, and higher compounds and (2) looking for new or un-appreciated ferromagnets containing abundant and relatively cheap elements. The benefit of such a discovery would be cheaper and more accessible ferromagnetic materials for energy, electronic, and transportation applications. This would contribute to the deployment of materials that can substitute for today’s rare-earth based magnets.
This project is a 2023 R&D Award Winner LINK; it also was a 2023 R&D Award Finalist LINK
CMI project lead Andriy Palasyuk describes cerium in this video from Ames Laboratory about periodic table day