Harry Levine is an experimental physicist working in quantum science with neutral atom and superconducting qubit systems. His research interests include quantum computing, quantum error correction, atomic physics, many-body physics, and quantum sensing.
Harry received his undergraduate degree from Stanford in 2015, and then received his Ph.D from Harvard in 2021 where he contributed to the development of the neutral atom platform for quantum information processing in the group of Mikhail Lukin. Harry was the 2022 recipient of the Deborah Jin Thesis Prize for his Ph.D work. He then worked at the AWS Center for Quantum Computing as a senior research scientist, where his research focused on hardware-efficient strategies for quantum error correction with superconducting qubits.
In July 2025, Harry joined the department as an assistant professor and holder of the Charles Kittel Chair in physics. His group explores quantum science with arrays of individual atoms, pushing the limits on quantum control for applications in computation, metrology, and precision measurement. Harry also continues to collaborate on superconducting circuits with the AWS Center for Quantum Computing as an Amazon Scholar.
PUBLICATIONS
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