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robin 435: "rsvsfascxseaczcfadv" in Anatomy of spacetime and...
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Nick Fury: "Hi, when you get older there is not a single part of your body that is..." in Quantum Measurement and...
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john hele: "There are many freelancers who offer to write your dissertation for a very..." in Causal Discovery in the...
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click titles to read articles
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December 1, 2022
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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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