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Professor Steel researches quantum optics in condensed matter physics: the interaction of light with condensed matter is an extremely complex and rich field of physics. The interest in direct bandgap semiconductors for potential applications in quantum optoelectronics has shown that current understanding of these systems is very poor. The interaction of light with these materials is an intrinsic many-body problem, but the effects of disorder greatly complicate the description of these systems and create the opportunity for observing new optical phenomena such as super radiance, photon echoes, and Rabi flopping from excitons. Professor Steel’s condensed matter group is now focusing on the study of quantum dots and nanostructures with experiments aimed at problems in quantum computing. These systems are particularly important as nanofabrication technology develops. Recent work has demonstrated optically induced and detected quantum entanglement in a single quantum dot. Efforts are now underway to demonstrate coherent optical control of spins and demonstration of a simple quantum algorithm.
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Introduction to Quantum Nanotechnologypp.354-358, (2021)
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2021 CONFERENCE ON LASERS AND ELECTRO-OPTICS (CLEO)pp.1-2, (2021)
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