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islet physiology and single-cell genomics to join the lab of Dr. Joan Camuñas. The lab of Dr. Joan Camuñas stands at the interface of genomics, biophysics and precision medicine. Our mission is to develop
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high branching ratio of H(bb) and the high detection sensitivity of the H(γγ) channel. Since the di-Higgs production cross-section is 500 times smaller than that of a single Higgs boson, this process has
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meltwater storage at regional scale across Greenland. Where feasible, you will also map englacial channels, drainage pathways that connect surface meltwater to the ice sheet bed, and where water input
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₃ ultimately allows the conclusions to be generalized beyond a single material. Where to apply Website https://emploi.cnrs.fr/Offres/Doctorant/UMR5256-LUICAR-004/Default.aspx Requirements Research
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Inria, the French national research institute for the digital sciences | Montbonnot Saint Martin, Rhone Alpes | France | about 2 months ago
the Inria website. Processing of applications submitted via other channels is not guaranteed. Website for additional job details https://jobs.inria.fr/public/classic/en/offres/2026-10332 Work Location(s
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publication(s). The applicant must have extensive practical experience with whole-cell and single-channel patch-clamp recordings, eveident in e.g. theses or peer-reviewed publications. The applicant must have
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*one single* PDF file with the applicant's name as the file name via the online portal (applications through other channels will not be considered). This file should consist of: A one-page cover letter
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addition to your CV *one single* PDF file with the applicant's name as the file name via the online portal (applications through other channels will not be considered). This file should consist of A 1-1.5-page cover
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, publishing, and presenting research findings through various channels, including academic journals and international conferences, usually in English Collaborating with other PhD students, (postdoctoral
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systems under various jamming scenarios (single‑tone, multi‑tone, frequency‑hopping, pulse, and arbitrary jamming). ▪ Using MATLAB and tools such as the Remcom Ray Tracing Suite to model realistic