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Oak Ridge National Laboratory is leveraging its integrated suite of neutron sources, nanoscience facilities, and supercomputers to accelerate the discovery and design of quantum materials essential for next-generation computing and secure communications. By focusing on the nuanced characteristics at material interfaces and defects, the lab's approach directly supports national priorities in energy security and advanced manufacturing. This holistic strategy positions ORNL as a central hub for translating fundamental quantum phenomena into practical technological applications.
Neutron Sources at ORNL Enable Quantum Material Discovery and Design
Quantum materials are essential for advances in computing, sensing, and communication, and ORNL is focused on their discovery, design, and understanding. These materials, exhibiting quantum phenomena, are both a product of and enabled by quantum technology, creating a cycle of innovation at the laboratory.
Oak Ridge National Laboratory is well-positioned to advance computing and secure communication through advances in quantum materials, leveraging a combination of materials science expertise and specialized facilities. The lab’s program explores research across three primary phases: discovering, understanding, and designing quantum materials; theory and design; synthesis and manufacturing; and device testing. Key to this work are ORNL’s neutron sources, nanoscience research facilities, and leadership-class supercomputers, which…
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