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- documented scientific expertise in at least one of the following disciplines: quantum optics, solid-state theory, atomic/molecular physics, classical electrodynamics, - experience in analytical calculations
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well as regional efforts such as the Quantum Catalan Academy (https://cataloniaquantum.eu/ ) and the Master in Quantum Science and Technology (https://quantummasterbarcelona.eu/ ). These initiatives contribute to a
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Université Paris-Saclay GS Sciences de l'ingénierie et des systèmes | Palaiseau, le de France | France | 3 months ago
experimental, but with an important part devoted to quantum/ electromagnetic simulations for device design. The successful applicant will have basic knowledge in optics and electromagnetics, semiconductors, and
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Keywords: advanced material synthesis, ultrafast phenomena in solids, electronic properties, light-matter interactions, optical spectroscopy, quantum transport, and advanced material characterization
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pressure (Pascal) units in the very low temperature range (5-20 K). Hydrogen molecules will be used as quantum sensors, along with a unique cryogenic optical cavity combined with advanced molecular
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, electrical engineering or a closely related discipline, completed by the starting date A strong interest in experimental molecular science, ultrafast optics and quantum dynamics Hands-on research experience in
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for quantum optics and high‑resolution laser spectroscopy at room and cryogenic temperatures, with RF control of electronic/nuclear spins and facilities for quantum‑device fabrication. QPL collaborates widely
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interpersonal and communication skills and the ability to present technical information effectively to a range of audiences. Knowledge of quantum and nonlinear optics is desirable, as well as knowledge of deep
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Quantum Materials and Devices – Deng Research Group Prof. Bingchen Deng (https://luddy.indiana.edu/contact/profile/index.html?bingchen_deng) in the Department of Intelligent Systems Engineering at Indiana
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access the strong-field quantum electrodynamics (QED) regime using ultra-high-power laser systems. In this extreme regime, the quantum vacuum and matter exposed to ultra-intense electromagnetic fields