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Project Manager Quantum Sciences and Technologies
Within the framework of two newly awarded projects at CESQ we are looking for a Project Manager to join our international team. If you are interested in developing the regional quantum ecosystem in the heart of Europe crossing geographical and disciplinary borders, apply by 12 December 2024. The projects UpQuantVal and MaQuEst are supported by the Interreg Rhin Supérieur programme and the HQI-France Hybrid HPC Quantum Initiative. Full job description (in English and French) available here.
Three PhD positions available in machine learning for quantum
Researchers from CESQ, JILA, University of Colorado Boulder and National Institute of Standards and Technology, have have developed a new type of optical atomic clock, using quantum entanglement among strontium atoms to achieve unprecedented precision. This breakthrough could significantly impact quantum computing and precision sensing i the future. For more information, see Nature v.634, p.315–320 (2024) […]
Reception and logistics agent
Researchers from CESQ, JILA, University of Colorado Boulder and National Institute of Standards and Technology, have have developed a new type of optical atomic clock, using quantum entanglement among strontium atoms to achieve unprecedented precision. This breakthrough could significantly impact quantum computing and precision sensing i the future. For more information, see Nature v.634, p.315–320 (2024) […]
Research and development of the aQCess platform
Researchers from CESQ, JILA, University of Colorado Boulder and National Institute of Standards and Technology, have have developed a new type of optical atomic clock, using quantum entanglement among strontium atoms to achieve unprecedented precision. This breakthrough could significantly impact quantum computing and precision sensing i the future. For more information, see Nature v.634, p.315–320 (2024) […]
Multi-qubit gates and Schrödinger cat states in an optical clock
Researchers from CESQ, JILA, University of Colorado Boulder and National Institute of Standards and Technology, have have developed a new type of optical atomic clock, using quantum entanglement among strontium atoms to achieve unprecedented precision. This breakthrough could significantly impact quantum computing and precision sensing i the future. For more information, see Nature v.634, p.315–320 (2024) […]