Montana State University has undertaken an ambitious research agenda with a focus on quantum computing, quantum sensing, and quantum communications. Success in these fields relies on principles established in quantum physics such as superposition, entanglement, and coherence. Technology based on these principles of quantum physics can lead to computers that can handle data sets hundreds and thousands of times larger than classical computers, unbreakable communications, and more accurate collection of information via sensors. 

  

Why Montana State University? 

MSU researchers and scholars have a long-established expertise in photonics and other optical sciences dating back to the 1970’s. Quantum research relies on the foundational discoveries of the photonics field and will continue to build on the work already completed on Montana State University. Additionally, MSU has a long history of cutting-edge materials research. In 2018, the University accepted an award to create the MonArk Quantum Foundry in partnership with the University of Arkansas to accelerate the development of 2-D quantum materials. 

Montana State University is also constructing a quantum computer test bed to test integrated quantum components in the near absolute zero Kelvin environments needed to ensure their successful operation. The goal of the project is to open the test bed to the commercial and academic community and encourage the rapid advancement of quantum research and testing of materials.  

At MSU’s Spectrum Lab, the research looks different than the aforementioned projects. Spectrum Lab is constructing a quantum communications network that would use quantum optical signals and entangled photons to create a secure communications network.  

Finally, as a part of the University’s Economic Development efforts, researchers participated in an NSF Engines grant across a three-state region—Montana, Idaho, and Wyoming. The work supported by the NSF Engines grant focused on creating a quantum supply chain in the region. The NSF Engines effort sought to capitalize on the photonics cluster which produces critical technology for many quantum computers already in existence around Montana State University. 

QCORE Affiliates

  • Ector Ayala Diego, Research Assistant, Spectrum Lab
  • Christopher Balas, Research Assistant, Spectrum Lab
  • Joshua Dugre, Researcher, Spectrum Lab
  • Richard Escalante
  • Kevin Gates, Research Engineer, Spectrum Lab
  • Trent (James) Jackson, Senior Research Engineer, Spectrum Lab
  • Nathan Kuehl, Lab Research Associate, Spectrum Lab
  • Brelon May, Senior Research Scientist, QCORE
  • Caleb Rohn, Research Associate, Spectrum Lab
  • Krishna Rupavatharam, Chief Technology Officer, QCORE
  • Thomas L. Rust, Senior Researcher, Cryogenics Laboratory, QCORE
  • Owen Wolfe, Research Scientist, Spectrum Lab
  • Huma Yusuf, Electron Beam Lithography Engineer, Montana Microfabrication Facility
  • Mark Craig, Photonics and Laser Technology Program Director, Gallatin College
  • Brian D'Urso, Associate Professor, Physics
  • Erik Grumstrup, Professor, Department of Chemistry and Biochemistry
  • Matt Jaffe, Associate Professor, Physics
  • Sam Gunningham, Assistant Professor, Mathematics

List is current as of 8/5/26