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CFM-Centro de Física de Materiales/MPC-Materials Physics Center | Donostia-San Sebastian, Pais Vasco | Spain | 22 days ago
strong experimental component. Current research topics include structured light, optical forces, chiral light-matter interactions, photonic sensing, optical manipulation, quantum communication
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data. Manage preferences for further information and to change your choices. Accept all cookies Reject optional cookies Skip to main content Postdoc in Experimental Optical Materials Discovery – DTU
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complementing and strengthening existing activities at DTU Physics. Current research activities at DTU Physics include continuous-variable quantum optics, optical quantum communication, quantum key
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materials, as normally acquired through a PhD in the field Ability to design, fabricate, and test optical cavities and/or high-frequency electronic devices Ability to perform electromagnetic simulations
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integration of multiple optical functionalities into a single optical surface while ensuring efficient beam shaping and light collection. The PhD research will include: Development of a novel
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rates, contributing to more sustainable next-generation optical communication infrastructure. Responsibilities and qualifications We seek a motivated, curious, and outgoing PhD candidate with a solid
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-deadtime clock. A superradiant clock is a laser that lases on an ultranarrow optical transition. You can read about our plans for this clock in Sheng Zhou’s PhD thesis . For the zero-deadtime clock, we
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Information Technology section at DTU Physics. You will lead one of three experimental projects in quantum opto-acoustics, continuous-variable (CV) quantum communication, or CV quantum computing, working in an
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activities at DTU Physics include continuous-variable quantum optics, optical quantum communication, quantum key distribution, photonic quantum information processing, field sensing via solid state
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activities at DTU Physics include continuous-variable quantum optics, optical quantum communication, quantum key distribution, photonic quantum information processing, field sensing via solid state defects