Orca Secures First US Customer with Montana State University
Quantum computing company Orca has made a significant stride by securing its first US customer, Montana State University (MSU). MSU has purchased two PT-1 quantum photonics systems, funded by the US Air Force through a $115 million Applied Quantum Core grant. This move marks a pivotal step in advancing quantum technology in the US.
Why MSU Chose Orca’s PT-1 Systems
Speaking at the Commercialising Quantum 2024 event in London, Professor Yves Idzerda, Dean of College of Letters and Science at MSU, explained the decision to select Orca’s systems:
“By having a working system that has all the modularity you would like, it means we don’t have to buy a new quantum computer every three years,” Idzerda noted.
The flexibility and modularity of the PT-1 systems were key factors in their decision.
Deployment and Future Applications
The two PT-1 systems will be installed in a new testbed facility at MSU, set to be completed in Q4 of this year. These systems will support various quantum technology applications in security, communications sensing, and computing. They are designed to transition projects from concept and testing to market.
Orca’s Strategic US Expansion
Per Nyberg, chief commercial officer at Orca, emphasized the importance of the US market for the company. He noted that many components in Orca’s systems originate from the US, making it strategic from a supply chain perspective. This partnership with MSU represents a significant milestone for Orca’s presence in the US.
“The US has always been a target geography for the company as the country is likely to represent a significant proportion of the global quantum market in the future,” Nyberg said.
📣 We’re proud to announce that ORCA has won its first US customer. We’ve been selected by @montanastate to supply two PT-1 quantum photonics systems. Learn more https://t.co/hqRbpwur3A#quantumcomputing #MontanaState #EconomistImpactEvents
— ORCA Computing (@orcacomputing) June 5, 2024
Broadening Quantum Workforce and Demystifying Technology
Professor Idzerda also highlighted the broader goals of this initiative, aiming to demystify quantum technology and diversify the quantum workforce. Unlike traditional quantum computers requiring cryogenic cooling, Orca’s PT systems operate at room temperature using an optical fiber-based architecture.
How will Orca’s PT-1 systems transform quantum research at MSU?
This collaboration between MSU and Orca signifies a transformative step in quantum computing, promising advancements in technology and education. The broad Memorandum of Understanding between the two organizations ensures ongoing support and development as MSU integrates these systems. We encourage our readers to share their thoughts and comments on this exciting development in the quantum computing field.
