LONDON — ORCA Computing has revealed that it is leading a cutting-edge research and development consortium focused on revolutionizing quantum networking through advanced multiplexing technologies. In collaboration with key industry players such as Toshiba Europe, Ltd., Bay Photonics, Ltd., Imperial College London, and University College London, the consortium aims to develop sophisticated multiplexing and switching technologies for large-scale quantum data transfer, pushing the boundaries of quantum computing to meet commercial demands.

“Just as classical networking is vital for sharing information, quantum networking is critical for the transmission of quantum data. Multiplexing and switching are foundational to telecommunications, enabling ultra-high data transmission rates,” noted Bob Sorensen, Senior VP of Research at Hyperion Research.

Sorensen further emphasized that to fully unlock the potential of quantum computing in real-world enterprise applications, quantum networking must evolve to support the scaling of quantum systems beyond the capacity of individual quantum processors. The development of advanced technologies to facilitate large-scale quantum data transfer is a pivotal next step for the industry and holds the promise of driving major market breakthroughs.

ORCA Computing is leveraging its vast experience in quantum photon control to lay the groundwork for groundbreaking advancements in quantum networking. For the first time, a comprehensive suite of technologies—quantum memories, frequency shifters, and spatial switches—will be deployed in tandem. This will enable quantum networking to scale exponentially, facilitating the kind of performance required for industrial-scale quantum computing and networking applications.

“This project represents a major leap in multiplexing and switching technologies, and it will catalyze the growth of quantum networking while advancing the telecommunications sector,” said Josh Nunn, Co-founder and Chief Science Officer at ORCA Computing. “Our aim is to demonstrate a world-first combination of three high-performance quantum communication technologies in a unified system. By incorporating ORCA’s modular design approach, we can offer users not only enhanced performance but also a clear upgrade path.”

Josh Nunn, Co-founder and Chief Science Officer of ORCA Computing, will delve deeper into the project during his presentation, “Networking Technologies for Effective Scaling of Quantum Computers,” at the Quantum for International Workshop (Q4I Workshop) in Rome, NY on June 27, 2024. For more details, visit the event page.