Montana State University has taken a major step forward in expanding its quantum research capabilities through a new collaboration with Rigetti Computing, a pioneer in full-stack quantum-classical computing. The collaboration coincides with the opening of QCORE, MSU’s new research and innovation center dedicated to quantum and photonic systems integration.
As part of this collaboration, MSU becomes the first academic institution to host an on-premises Rigetti quantum computer, marking a significant milestone for both the university and the broader quantum ecosystem in Montana.
Bringing On-Premises Quantum Computing to QCORE
At the heart of this collaboration is the installation of a Rigetti Novera™ quantum processing unit (QPU) at QCORE. The 9-qubit system will be available for use by researchers advancing quantum computing research and development, enabling hands-on experimentation with real quantum hardware.
The Novera QPU is based on Rigetti’s Ankaa™-class architecture and features tunable couplers and a square lattice design that supports dense connectivity and fast two-qubit operations. Manufactured at Rigetti’s Fab-1 facility—the industry’s first dedicated quantum device manufacturing site—the system is designed to integrate with existing cryogenic and control infrastructure.
Having on-site access to this technology allows MSU researchers to explore new approaches to quantum algorithms, hardware development, and hybrid quantum systems in ways that are difficult to achieve through cloud-only access.
Advancing Research, Education, and Workforce Development
Beyond research, the collaboration between Rigetti and MSU is designed to support education and workforce development in quantum science and engineering. Hands-on access to quantum computing hardware plays a critical role in preparing students and researchers for careers in this rapidly evolving field.
Through QCORE, MSU aims to connect research, training, and real-world applications—creating opportunities for students to gain experience with cutting-edge quantum technologies while contributing to meaningful research initiatives.
As Dr. Subodh Kulkarni, CEO of Rigetti, noted, access to quantum computing technology is essential not only for research, but also for building the next generation of quantum talent. Rigetti’s support of QCORE reflects a shared commitment to growing Montana’s quantum capabilities through collaboration.
A Public-Private Partnership for Quantum Innovation
The collaboration outlines a range of potential joint initiatives, including:
- Research projects related to quantum hardware and hybrid quantum systems
- Co-development and testing of enabling technologies and quantum system components
- Workforce training and talent development activities
- Strategic and technical input into QCORE’s research and program development
These efforts highlight the importance of public-private partnerships in accelerating the development of next-generation quantum technologies.
The collaboration also complements ongoing work involving national laboratories. Research efforts connecting Rigetti, QCORE, and the Air Force Research Laboratory (AFRL) are helping advance quantum networking hardware and customized quantum systems for research and development.
Strengthening Montana’s Role in the Quantum Ecosystem
The launch of QCORE and the installation of the Rigetti system underscore Montana’s growing role in the quantum landscape. The state is already home to expertise in optics, photonics, materials science, and enabling technologies critical to quantum systems.
According to Dr. Jayne Morrow, Director of QCORE, access to advanced quantum computing resources like the Rigetti system provides MSU researchers with new modalities for exploration and innovation—benefiting both Montana and the broader global research community.
Looking Ahead
With the opening of QCORE and the new collaboration with Rigetti Computing, Montana State University is positioned to expand its impact across quantum research, education, and innovation. By combining academic expertise, industry collaboration, and on-premises quantum hardware, QCORE aims to accelerate discovery and support the development of practical quantum technologies.
This collaboration represents an important step toward building a resilient, collaborative quantum ecosystem—one that connects research, industry, and talent to shape the future of quantum science and technology.
