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Field
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of stochastic programming problems used in power system operations under uncertainty in conjunction with classical high-performance computing. Interesting directions for this project include, but are not limited
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with high efficiency. Since 2017, these sources—enabling a significant expansion of the possibilities for optical quantum computing—have been commercialized internationally (Australia, Italy, Austria
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develop the first fault-tolerant quantum computers that can handle applications at realistic scales. To date, several architectures for quantum hardware have been developed that all have their strengths and
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to the vibrating membrane via nanopositioning. This work is part of European Union’s Quantera Program project “MQSens: Quantum Sensing with Nonclassical Mechanical Oscillators”, where opto-/electromechanics is
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. This work is part of European Union’s Quantera Program project “MQSens: Quantum Sensing with Nonclassical Mechanical Oscillators”, where opto-/electromechanics is utilized to explore how quantum protocols can
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. Proven track record of high-quality research and publications. Solid programming and modeling skills (e.g., Python, MATLAB, C++,TensorFlow/PyTorch). Familiarity with quantum information theory or quantum
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Requirements PhD (completed or near completion) in Electrical Engineering, Computer Science, Physics,Applied Mathematics, or a related field. Strong background in one or more of the following: quantum
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within a Research Infrastructure? No Offer Description Intitulé du poste : Chercheur postdoctoral dans le cadre du projet « EuRyQa – European Infrastructure for Rydberg Quantum Computing », financé par la
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measurement and estimation as well as coherent and measurement-base control. With these techniques, we aim to realize and improve the performance of optical quantum computing and quantum information
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University of Maryland, Baltimore County | Southern Md Facility, Maryland | United States | 19 days ago
-tolerant quantum computers that can handle applications at realistic scales. To date, several architectures for quantum hardware have been developed that all have their strengths and weaknesses. For instance