Montana State University has opened a new facility focused on quantum computing research and education. The center, called QCORE (Quantum Collaborative Research and Education), is located within the College of Letters and Science at MSU. The official opening took place on August 20, with a ribbon-cutting ceremony that also marked the start of a three-day summit on challenges in quantum systems.
Quantum computing is considered an important area for technological development. It involves using the principles of quantum physics to improve electronic systems such as sensors, computers, and medical devices. Researchers at MSU’s Spectrum Lab and MonArk Quantum Foundry are working to advance this field.
Brock Tessman, president of Montana State University, spoke at the event. “As I think about myself as the president of Montana State University, I’m so excited by the fact that we are positioned as a global leader in quantum,” Tessman said. “And as I think about myself as a Montanan or an American, I’m thrilled and proud because of the way quantum can position us so that we can better protect Montana food security, productivity, homeland security and national security interests overseas. All of that is a reflection of the work that occurs through this partnership.”
The event was attended by MSU faculty, staff, students, and representatives from about 60 organizations and companies. Some have joined QCORE as partners. Jayne Morrow, director of QCORE, explained that these partnerships will allow for sponsored research to help companies develop quantum computers and their components.
“QCORE is a resource to help you reach into this brand-new market and this brand-new economy as it stands up,” Morrow said. “We want you to see us as a partner in that new journey for your companies and, working together, creating a greater awareness of opportunity going forward.”
Morrow added that QCORE aims to support scientists and entrepreneurs who want to use advances in quantum technology for practical applications. The facility will also offer business incubation services for startups and workforce education programs ranging from K-12 students to adults.
Michael J. Hayduk from the Air Force Research Laboratory gave one keynote address at the summit. “The Air Force Research Laboratory is so proud to be a part of this,” Hayduk said. “Quantum is certainly a priority within the federal government.”
QCORE is housed in EngineWorks Bozeman on MSU’s Innovation Campus. Its establishment was made possible by $44.7 million in funding from the Air Force Research Laboratory.
Jacob Taylor from the University of Maryland delivered another keynote address during the summit. Other speakers included Marta Bertoglio from the Montana Department of Commerce and Terry Cunningham, mayor of Bozeman.
According to Morrow, MSU is notable for being the first university worldwide with access to both Rigetti Novera superconducting quantum computer technology and an ORCA photonic quantum computer system in the United States. QCORE also features one of only five global test beds for quantum networks and is among just seven organizations worldwide housing both photonic and superconducting types of quantum computers.
“The future is yet to be written,” Tessman said during his remarks. “Many of the people who will write that future are in this room today.”
