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Reliability Chapter
Vincent G. Harris- Founder and CEO, Metamagnetics Inc., Marlborough, MA. Founder and CEO, Lanthanide Solutions Inc., Marlborough, MA. University Distinguished Professor & W. L. Smith Chair Professor, Departments of Electrical and Computer Engineering and Chemical Engineering, Northeastern University, Boston, MA
The United States remains critically dependent on foreign—particularly Chinese—sources for rare earth elements (REEs), which underpin a vast array of modern technologies. These materials are indispensable to defense platforms, renewable energy systems, electric vehicles, drones, robotics, medical diagnostics, telecommunications infrastructure, and consumer electronics. Today, nearly 90% of U.S. critical materials are imported from Asia-Pacific suppliers, exposing the nation to significant risks, including price volatility, geopolitical leverage, and potential supply chain interruptions during periods of global or regional instability.
This presentation focuses on rare-earth-based permanent magnets—the highest-value use of REEs and the heart of many advanced STEM applications. We explore three interconnected dimensions:
We further examine emerging strategies in domestic and allied sourcing, circular-economy approaches such as recycling and magnet-to-magnet recovery, and re-engineering components to reduce or diversify REE demand.
Finally, we outline actionable steps the global community can take to mitigate China’s overwhelming dominance in rare earths—strengthening supply chain resilience, promoting technological innovation, and ensuring secure access to the critical materials that power the 21st-century economy.
Vince Harris — B.Sc. (ME), M.Sc. (ME), M.Sc. (Eng. Mgt.), M.Sc. (Exec. Tech. Mgt., Wharton), Ph.D. (EE) — is the Founder and CEO of the newly incorporated Lanthanide Solutions Inc. (LSI). A U.S. veteran with active security clearances, he brings over 35 years of leadership in defense science, advanced materials, and technology commercialization, with a record of advancing innovations from laboratory discovery to defense-qualified systems.A former Branch Head at the U.S. Naval Research Laboratory, he led programs in magnetics, RF materials, and electromagnetic protection, contributing to platforms such as the DD-21 Zumwalt-class destroyer and F-35 Lightning II. He later founded high-tech ventures focused on magnetic components, supply-chain resilience, and national-security technologies.
Internationally recognized by ScholarGPS as the global leader in magnetoceramics; he has authored more than 450 publications, holds more than 20 patents and applications, and is an active Fellow of the APS, IEEE, AAAS, IoP, and NAI. As a Jefferson Science Fellow and Fulbright Fellow, he has contributed to U.S. critical-materials strategic policy and global rare-earth engagements.