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computation, and quantum machine learning. Theoretical and applied research into the capabilities of quantum computing and quantum advantage is a prospective topic across four application domains
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optimization, adiabatic quantum computation, and quantum machine learning. Theoretical and applied research into the capabilities of quantum computing and quantum advantage is a key focus across four application
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focused on the theory and applications of quantum walk algorithms, variational quantum algorithms and their optimization, adiabatic quantum computation, and quantum machine learning. Theoretical and
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At the Technical Faculty of IT and Design, Department of Electronic Systems, a position as postdoc in Resilient Satellite Networks with Classical and Quantum Communications is open for appointment
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rather than as an error that must be fully removed. The project will combine cloud-based quantum computation and cluster-based classical simulations. Candidate approaches will be compared using
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project builds a closed theory–experiment loop for the discovery of correlated high-entropy materials and their quantum properties: high-throughput computation proposes candidate systems, experimental
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tunable optical materials for optoelectronic applications ranging from displays and infrared cameras to nanophotonics and quantum technologies, chemical syntheses have been developed that produce
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with a strong background in both materials physics and computation to join our Quantum Materials team. We seek candidates who are interested in developing cutting-edge tools for analysis of
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validation in a highly collaborative environment Workplace Workplace We offer A unique environment combining theory, computation, and state-of-the-art ultrafast experiments at ETH Zürich Close collaboration
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discovery of novel quantum and/or microelectronic materials, enabling Labs-of-the-Future (LoTF) for breakthrough science. The position resides in the Nanomaterials Theory Institute (NTI) within the