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Field
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management and dissemination tasks. Where to apply E-mail otsilipakos@eie.gr Requirements Research FieldPhysics » OpticsEducation LevelPhD or equivalent Skills/Qualifications PhD in Electrical Engineering or
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experience and ambitions Required Qualifications PhD in Electrical Engineering, Physics, Photonics, Materials Science, or related field Strong theoretical and practical background in semiconductor device
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photon science. Proficiency in scientific programming for experimental control or data analysis. Ability to work independently in a laboratory setting and collaborate effectively in a team environment
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to work closely with both academic teams and industrial partners. For additional information please see: https://groeblacherlab.tudelft.nl Job requirements PhD in optomechanics, nanophotonics, nano
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, you will become part of a successful team of PhD students and postdocs in a constellation of local theoretical and experimental groups. For this postdoc project, we seek a dynamic and motivated
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successful team of PhD students and postdocs in a constellation of local theoretical and experimental groups. For this postdoc project, we seek a dynamic and motivated candidate with an interest in
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research environment which provides both the focus and flexibility of a small research team, and the support and exposure to a breadth of research topics brought by our association with the Quantum Photonics
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University of British Columbia | Northern British Columbia Fort Nelson, British Columbia | Canada | about 1 month ago
and skilled postdoctoral researcher to experimentally investigate microwave-optical quantum interfaces in hybrid superconducting-photonic devices [1,2], in a collaborative project involving the groups
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 4 hours ago
at Physics and Astronomy of UNC-CH is seeking a postdoc researcher to work on developing hybrid optoelectronic, photonic, and magnonic platforms for advanced quantum signal sensing and energy transduction
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(photons) and matter excitations (excitons), inheriting properties from both: they can propagate at speeds close to those of photons while exhibiting much stronger nonlinearities. The demonstration of robust