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7 December 2016 Fully deterministic single photon polarization switching with a ∏/2 phase shift from a solid state emitter(Conference Presentation)
Jeremy L. O'Brien
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Proceedings Volume 9980, Quantum Communications and Quantum Imaging XIV; 99800S (2016) https://doi.org/10.1117/12.2239410
Event: SPIE Optical Engineering + Applications, 2016, San Diego, California, United States
Abstract
The impact of quantum technology will be profound and far-reaching: secure communication networks for consumers, corporations and government; precision sensors for biomedical technology and environmental monitoring; quantum simulators for the design of new materials, pharmaceuticals and clean energy devices; and ultra-powerful quantum computers for addressing otherwise impossibly large datasets for machine learning and artificial intelligence applications. However, engineering quantum systems and controlling them is an immense technological challenge: they are inherently fragile; and information extracted from a quantum system necessarily disturbs the system itself. Of the various approaches to quantum technologies, photons are particularly appealing for their low-noise properties and ease of manipulation at the single qubit level. We have developed an integrated waveguide approach to photonic quantum circuits for high performance, miniaturization and scalability. We will described our latest progress in generating, manipulating and interacting single photons in waveguide circuits on silicon chips.
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Jeremy L. O'Brien "Fully deterministic single photon polarization switching with a ∏/2 phase shift from a solid state emitter(Conference Presentation)", Proc. SPIE 9980, Quantum Communications and Quantum Imaging XIV, 99800S (7 December 2016); https://doi.org/10.1117/12.2239410
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KEYWORDS
Quantum communications
Quantum computing
Quantum information
Waveguides
Biomedical optics
Computer simulations
Computing systems
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