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Field
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applications based on an exciting new paradigm in quantum optics: giant atoms. Giant atoms couple to light at multiple points, which gives rise to interference effects. The succesful candidates will, in
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the aim of developing useful applications based on an exciting new paradigm in quantum optics: giant atoms. Giant atoms couple to light at multiple points, which gives rise to interference effects
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detection (25%). -Experience in the field of quantum simulation using transmons of quantum detection methods (25%). -Research experience in theoretical quantum physics, quantum optics, open quantum systems
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mathematical modelling skills Strong skills in solid state physics and quantum mechanics Experience in theoretical modelling and experimental investigation of optical devices including optical microresonators We
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will be: Building advanced optical setups for cutting-edge experiments in quantum photonic technologies, Realizing first multi-qubit photonic devices for quantum information networks, Exploring new
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in an ambitious field of quantum technologies. In particular, you will be: Building advanced optical setups for cutting-edge experiments in quantum photonic technologies, Realizing first multi-qubit
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Center for Micro-Nano Science and Analysis and Testing 【Cooperation direction】 1、Ultra-fast spintronics, All-optical switching, Non-equilibrium spin current materials and devices, etc. 2、High-temperature
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), Quantum Information Systems, and other areas. Argonne is a multidisciplinary national laboratory and offers an exciting campus atmosphere in which to collaborate on interdisciplinary projects, at both
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Research description The research topic is integrated photonics in a relatively broad sense and will involve concepts to integrate multiple optical functions in a single platform relying on
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Research description The research topic is integrated phase-sensivive optical amplifiers and their application in receivers for very long free-space links but also potentially in Lidar, quantum