IonQ and EPB partner on $15 million quantum communications research center
IonQ and EPB are launching the Tennessee Quantum Communications Research Center in Chattanooga with a $15 million, five-year investment from IonQ. The facility will host the world’s first commercial Quantum Memory in a live fiber network, aiming to accelerate Quantum Internet commercialization and generate significant local economic benefits.

*this image is generated using AI for illustrative purposes only.
IonQ, Inc. (NYSE: IONQ) and EPB have announced the establishment of the Tennessee Quantum Communications Research Center in Chattanooga, marking a significant expansion in their strategic partnership. This new facility will house the world’s first commercial Quantum Memory embedded directly within an operational communications network, addressing a critical bottleneck in long-range quantum information sharing. The initiative represents a concrete step toward the commercialization of the Quantum Internet, leveraging EPB’s live fiber optic infrastructure to test and deploy next-generation quantum technologies.
The project is underpinned by a five-year $15 million commitment from IonQ. This funding will support the staffing of the research and development lab with IonQ scientists and bring leading experts in Quantum Memory to Chattanooga. EPB will provide the live network development test bed and serve as the primary commercialization partner, tasked with translating laboratory breakthroughs into practical use cases for both public and private sectors across the Tennessee Valley corridor.
Strategic Impact and Economic Projections
The partnership aims to catalyze local economic growth and talent development. According to projections based on research by Dr. Bento Lobo of the University of Tennessee at Chattanooga’s Center for Economic Research, EPB’s broader quantum assets are expected to generate up to $1.1 billion in community benefit in Chattanooga over the next 10 years. Specifically, the Tennessee Quantum Communications Research Center is projected to have a positive impact on the wider Tennessee economy totaling up to two to three times the $15 million investment. The center is also expected to support roughly two dozen jobs, including roles for research scientists, trainees, and indirect employment.
| Metric | Value |
|---|---|
| Investment Commitment | $15 million |
| Duration | Five years |
| Projected Economic Multiplier | Two to three times investment |
| Projected Jobs Supported | Roughly two dozen |
Advancing Quantum Infrastructure
Niccolo de Masi, IonQ Chairman and CEO, emphasized that interconnecting quantum computers and linking them to end users lays the foundation for full-suite quantum communication applications. He noted that Quantum Memories are essential building blocks for transforming quantum machines into more powerful long-range architectures. By establishing an R&D capability atop a working fiber optic network, the partners aim to speed the development and deployment of innovative technologies.
Inder Singh, IonQ’s Chief Operating Officer and Chief Financial Officer, stated that the agreement reflects a shared commitment to turning quantum innovation into real-world economic value. He highlighted EPB’s role as an exceptional partner throughout the process, noting pride in investing in a center that advances quantum communications while creating opportunities for Chattanooga and the broader Tennessee region.
Regional Collaboration
The center builds on the existing collaboration between EPB and IonQ at the EPB Quantum Center, which already hosts an IonQ Forte Enterprise quantum computer prepared for commercial deployment. Stuart C. McWhorter, Deputy Governor and TNECD Commissioner, described the partnership as exactly the type of innovation ecosystem Tennessee is cultivating, bringing together world-class companies and advanced infrastructure. Janet Rehberg, EPB President and CEO-elect, added that the partnership will connect efforts across universities, national laboratories, and private companies through real-world Quantum Networking capabilities.
What the Numbers Show
The $15 million capital commitment from IonQ signals a shift from pure research to infrastructure-integrated development. By embedding Quantum Memory into a live network rather than a isolated lab environment, the partnership reduces the gap between theoretical performance and commercial viability. The projected economic multiplier of two to three times the initial investment suggests high confidence in the spillover effects of this specialized talent pool and infrastructure in Chattanooga.
How might the successful integration of Quantum Memory into EPB's live fiber network influence the competitive landscape for other quantum computing firms seeking commercial infrastructure partners?
What specific regulatory or security challenges could arise from embedding experimental quantum technologies into a public utility's operational communications network?
Given the projected economic multiplier, how likely is it that other municipalities will replicate the Chattanooga model to attract similar high-tech investments in the next five years?































