EPB Unveils Cutting-Edge IonQ Forte Quantum Computer in Chattanooga

Introduction

On September 18, 2026, EPB launched the state-of-the-art IonQ Forte Enterprise quantum computer at the EPB Quantum Center located in Chattanooga, Tennessee. This revolutionary facility now combines commercial quantum computing and networking, establishing Chattanooga as the premier hub for real-world quantum solutions in the United States.

A Milestone for Quantum Computing

The launch of the IonQ Forte signifies a pivotal moment in Chattanooga's technological landscape. As highlighted by Vicky Gregg, Chair of the EPB Board of Directors, this initiative echoes EPB's previous groundbreaking work in 2010 when they introduced community-wide gig-speed internet. With the Forte, the organization aims to enhance service delivery and create new economic opportunities within the region.

Collaborative Efforts with Educational Institutions

EPB’s collaboration with local universities, notably the University of Tennessee at Chattanooga (UTC) and Vanderbilt University, allows companies to cultivate, test, and deploy quantum technologies efficiently. The EPB Quantum Computing Fellows program, funded by a $4 million grant from the National Institute of Standards and Technology (NIST), is designed to further optimize local power grid systems using quantum algorithms developed by eight graduate researchers from diverse fields.

Local Benefits and Research Efforts

Beginning in October, EPB Quantum Computing will officially welcome local clients, with UTC as its first participant. This partnership is expected to yield meaningful advancements in research initiatives already in the pipeline. Janet Rehberg, CEO of EPB, emphasized the importance of prioritizing local needs while making quantum technology accessible for the community.

Economic Growth and Job Creation

The arrival of the IonQ Forte quantum computer is not just a technological advancement; it is a catalyst for economic development in Chattanooga. New investments, including IonQ's $15 million commitment to the Tennessee Quantum Communications Research Center, will create dozens of highly skilled jobs.
Various initiatives are in motion to expand quantum education and workforce development in the area. UTC has plans to significantly increase its instructional capacity in quantum programs, while Vanderbilt University’s partnership with EPB aims to establish the Institute for Quantum Innovation, enhancing local academic research efforts.

Hybrid Computing Project

Alongside the EPB Quantum Fellows, a classical supercomputer has been installed at the EPB Quantum Center, enabling the exploration of hybrid computing projects. This collaborative effort, involving EPB, IonQ, Oak Ridge National Laboratory, and NVIDIA, plans to optimize EPB's advanced electric grid by integrating classical and quantum computing techniques.

Upcoming Conference

On October 1, Chattanooga will host the Quantum in Business (QiB) conference, uniting business leaders, researchers, and policymakers to explore the economic potential of quantum computing. This event targets industries that stand to benefit significantly from quantum technology, particularly in sectors such as insurance and logistics.

Preparing for Future Quantum Jobs

EPB’s commitment to nurturing a quantum-capable workforce extends to local youth. Partnerships with schools and universities aim to build a talent pipeline that prepares students for emerging careers in quantum technology. Notable initiatives include the Energy and Quantum Industries Academy set to launch in 2028 and the TN QuantumWorks program.

Conclusion

Chattanooga is firmly establishing itself as a leader in the quantum industry, equipped with advanced technology and a skilled workforce. EPB's strategic investments and initiatives are anticipated to generate substantial economic benefits in the coming decade, laying the groundwork for a vibrant future defined by quantum innovation. With its unique offerings, Chattanooga is not only attracting investment and talent but is also poised to shape the landscape of quantum computing both locally and nationally.