MITRE and Montana State University (MSU) are jointly addressing U.S. dependence on Chinese sources for rare earth elements critical to quantum technologies. Through artificial intelligence and density functional theory, they aim to catalog alternative materials that can reduce reliance on imports. Their research particularly targets holmium copper, a key material in quantum cryocoolers currently dominated by Chinese supply chains.
Formalized in August 2024, this partnership supports U.S. critical mineral supply chain resilience and technological self-reliance. Additionally, the collaboration involves advancing material science for quantum applications and engaging with federal initiatives, such as the Headwaters Tech Hub and the annual Critical Resource Summit. These efforts align with government priorities to secure critical resources and foster innovation.
The partnership includes workforce development programs for MSU students, providing internships, mentorships, and exposure to quantum and cybersecurity careers. It also seeks to identify skill gaps and align academic efforts with federal technology needs, strengthening ties between research and employment opportunities in national security sectors.
This initiative reflects a broader strategy to secure rare earth supplies and bolster research in quantum technologies while addressing economic and national security priorities. For more details, visit MITRE’s press release here or consult the White House’s fact sheet on critical mineral strategy here.
December 18, 2024
