EPB Quantum Computing Fellowship Backed by $4M NIST Grant
EPB has officially inaugurated a new Quantum Computing Fellowship meant to promote workforce development and secure Chattanooga’s status as a premier hub for quantum technology. The National Institute of Standards and Technology (NIST) has received a $4 million federal grant to support the program, which aims to provide participants the hands-on training and real-world experience they need to lead the “quantum future.”
The following takes an in-depth look at the fellowship’s aims, the strategic relationships engaged, and the broader economic repercussions for the East Tennessee region.
The Launch of the Quantum Computing Fellowship
EPB announced the introduction of its Quantum Computing Fellowship, a designed specifically geared to create a highly qualified workforce for the future quantum age. This fellowship is a direct response to the growing demand for experts in theoretical computer science and quantum information science.
By giving particular training, EPB intends to:
Build a Next-Generation Workforce: Training local people to grasp quantum physics and its applications. Solve Scientific Issues: Giving fellows the opportunity to work with sophisticated computational models to solve practical issues. Enhance Local Infrastructure: Directly benefiting EPB customers and the greater Chattanooga community through digital innovation. Janet Rehberg, the President and CEO-elect of EPB, termed the quantum computing fellowship as a “critical investment” that will keep the city’s innovation ecosystem on the “cutting edge”.
The NIST Grant and Federal Funding
This program relies on a $4 million NIST grant. EPB got the cash in 2024, but the fellowship began in early 2026.
This governmental investment underlines quantum technology’s rising importance to national security and economic competitiveness. The reward permits EPB to become a high-tech workforce development leader from a municipal electric business.
Strategic Collaboration with IonQ
IonQ, a renowned pioneer in the field of quantum computing, was actively involved in the design of the quantum computing fellowship program. Fellows get industry-leading skills and hardware under this arrangement.
The IonQ Forte Enterprise quantum computer, which was included into the EPB Quantum Center in downtown Chattanooga last year, is a significant piece of this relationship. This gear supplies the infrastructure required to perform research on:
Understanding the resources required to address various classes of computer problems is known as computational complexity theory. Models of Computation: Developing novel ways for computers to process information utilizing quantum physics. Information Theory: Advancing the study of how information is quantified, stored, and communicated in a quantum system.
Regional Impact and Political Support
The idea has gotten strong encouragement from Congressman Chuck Fleischmann, who has been a loud advocate for East Tennessee’s role in the quantum industry. According to EPB leadership, Fleischmann has "championed" the region's attempts to harness technological innovation to build the future of energy resilience and national security.
The fellowship is designed to function as a magnet for talent, luring researchers and tech professionals to the region while also supporting the local Economy of Chattanooga. By promoting the city as a center for Public Utilities innovation, EPB is exploiting its existing broadband and energy infrastructure to drive a new generation of industrial growth.
The Broader Quantum Landscape
The EPB fellowship is being established at a time when the US quantum industry is witnessing a lot of activity. While EPB focuses on workforce and municipal applications, other companies are looking to expand quickly through mergers and acquisitions.
For example, Luminar Semiconductor Inc. was recently acquired by Quantum Computing Inc. This consolidation underscores the fast rate at which technical businesses are scaling their operations to dominate the quantum hardware and semiconductor sectors. The competitive environment that Chattanooga’s new workers will be entering is underlined by such incidents.
Technological Context: Beyond Broadband
The company, which is often recognized as one of the leading Municipal Electric Utilities and Internet Access providers in the US, is undergoing a major transformation with its entry into quantum computing. The entry into Quantum Information Science signals a change towards a more varied technology portfolio that includes:
Applied Quantum Mechanics: Going beyond theory to create useful instruments for the energy and utility sectors. Advanced Computer Hardware: Managing and maintaining sophisticated systems like the IonQ Forte Enterprise. Electricity Economics: Investigating the potential for quantum computation to maximize resilience and energy distribution. As the quantum computing fellowship continues, it is planned to disclose unique insights into Scientific Problems that were previously deemed impenetrable by classical computer rules.
