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, nanofabrication, quantum photonics, quantum electrodynamics, advanced characterization, and theoretical modelling. For this PhD project, we are looking for a talented and ambitious student to join the
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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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the understanding of reliability physics, and optimizing their potential down to deep cryogenic temperature. [1] https://irtnanoelec.fr/programme/q-loop-preparer-le-controle-commande-de-lordinateur
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nanofabrication and optical experiments, and we emphasize a strong collaboration between theory and experiment. The PhD project takes place at DTU Electro with secondments at University of Barcelona (ES) and the
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chambers as well as a PHAROS Light Conversion femtosecond laser system. You will lead the development of control and analysis software solutions in relation to the above activities Your profile
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array of experimental techniques in high magnetic fields, such as magneto-transport, magneto-optics, magnetisation and torque magnetometry, dilatometry, and infrared and ultrafast laser spectroscopy, to
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long-haul transmission to datacenter interconnects - we tackle real-world challenges at every scale. We’re a collaborative research team, where PhD students and postdocs work alongside senior
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Post-Doctoral Associate/Associate Research Scientist in the Division of Science (Biological Physics)
group of Post-doctoral and Pre-doctoral researchers trained in physics, biology, and chemistry with whom the successful candidate will collaborate closely. Applicants must have a PhD in physics or
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students, publish in Q1 journals, and contribute to the scientific life of the galaxy formation group. Applicants must hold a PhD or equivalent terminal degree with at least 3 years of relevant experience
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) biopsy material. Specifically, you will establish streamlined micro-FFPE sample preparation and phosphopeptide enrichment workflow for laser-capture microdissection (LMD), enabling scalable, high