Why is Quantum Important?

The translation of basic knowledge about quantum systems into technology with applications in sensing, communications, and computing promises to realize many benefits across a number of applications from resilient infrastructures, including secure communications to advanced materials and efficient solutions to problems that challenge current high-performance computing systems. 

Quantum science and technology (QST) became national priorities in 2018 with the passage of the federal National Quantum Initiative Act. This national focus on QST is ongoing.  There is a special opportunity for the  University of Tennessee at Chattanooga (UTC) to prepare students at all levels and across traditional fields of study for the impact of QST on their fields of study and future careers.  

In 2022, UTC launched an initiative in quantum information science and technology with the goal to establish a program known for excellence in education, innovation and economic development enabled by quantum technology. In 2023, UTC became connected to  the EPB Quantum Network℠ powered by Qubitekk . In addition, UTC established infrastructure to support  Quantum Sensing and Communications and access to Quantum Computing systems. A four-course credit certificate in QISE is now offered to undergraduate students. Quantum computing courses are offered at undergraduate and graduate levels. The UTC Center for Professional Education offers a non-credit certificate in introduction to QISE. 

The UTC Quantum Center supports cross-disciplinary teams performing applied research and development, and delivering high-value education opportunities to students and those already in the workforce—with particular emphasis on use cases in advanced energy systems and in smart city applications.