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Klaus Ensslin: on 6/21/21 at 0:55am UTC, wrote Abstract: Quantum dots can be realized in various semiconductors, starting...
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Georgina Woodward: "Hi Markus, thank you for sharing your ideas. Re. the Guinea pigs copies,..." in The Room in the Elephant:...
Georgina Woodward: "Perhaps the idea of consciousness causing collapse is being overthought? ..." in Consciousness and the...
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Georgina Woodward: "Thank you John. What did you think about the questioning whether altitude..." in The Nature of Time
John Cox: "Sorry, Georgina, I have had a busy summer and am racing the change of..." in The Nature of Time
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click titles to read articles
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September 26, 2021
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TOPIC: Technology and physics of semiconductor quantum bits by Klaus Ensslin [refresh]
TOPIC: Technology and physics of semiconductor quantum bits by Klaus Ensslin [refresh]
Abstract: Quantum dots can be realized in various semiconductors, starting from GaAs, to Si to even graphene. In these systems electrons are confined in all three dimensions and behave like artifical atoms. The quantum dots have a discrete energy spectrum that is filled following Pauli’s principle and possible exchange effects. The energy spectrum of quantum dots can be investigated by transport experiments, as well as by optics. Several qubit implementations have been proposed. In this talk I will give an overview on how these quantum dots are technologically realized and what qubit implementations are possible.
Keywords: #quantum #semicondutor #qubit #quantumdots #IAF
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Keywords: #quantum #semicondutor #qubit #quantumdots #IAF
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