Georgia Tech’s collaborations with U.S. Department of Energy national laboratories connect researchers and students with specialized expertise, advanced facilities, and opportunities for joint research and technology development. These relationships expand Georgia Tech’s research capabilities while helping address complex scientific and national challenges.
For quantum science and technology, these collaborations bring together complementary strengths across materials, devices, computing, sensing, and engineering. By connecting Georgia Tech’s interdisciplinary quantum ecosystem with national laboratory capabilities and infrastructure, these efforts accelerate discovery, strengthen workforce development, and reinforce Georgia Tech’s leadership in advancing quantum technologies from fundamental research to real-world applications.
Oak Ridge National Laboratory
Home to world-class computing and experimental capabilities, Oak Ridge National Laboratory (ORNL) provides unique resources for research in quantum science, advanced materials, neutron science, and high-performance computing. Georgia Tech researchers and students can draw on these capabilities to explore new materials, technologies, and approaches that advance quantum science.
Pacific Northwest National Laboratory
Research connections with Pacific Northwest National Laboratory (PNNL) span energy, cybersecurity, advanced materials, data science, radiation detection, and national security. PNNL’s strengths in materials, sensing, and computing complement Georgia Tech capabilities that contribute to the development and application of emerging quantum technologies.
Sandia National Laboratories
Sandia National Laboratories brings a strong engineering and national security perspective to its work with Georgia Tech. Research and workforce development opportunities in microelectronics, computing, radiation detection, and quantum information science help translate fundamental advances into technologies designed for real-world challenges.