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sources will be developed with the same fibre cavity: a high-repetition rate pulsed laser for optical telecommunications, and a single-photon source for quantum technology. Your aim will be to
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successful drug candidates requires more than generating molecules with high predicted affinity: selectivity, physicochemical properties, potential adverse effects, synthetic accessibility, and experimental
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successful drug candidates requires more than generating molecules with high predicted affinity: selectivity, physicochemical properties, potential adverse effects, synthetic accessibility, and experimental
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datasets Close collaboration with leading groups in single-cell genomics and machine learning Strong support for high-impact publications and career development Informations Contract Start Date : 06/01/2026 Activity Rate : 100.00 Contract Type: CDD Duration: 12 months Reference: 2072
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interdisciplinary setting stimulating your pro-fessional and personal development. We welcome friendly and ambi-tious humans from all walks of life. • Opportunities for international conferences and high-impact
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-on mindset; High level of motivation for interdisciplinary academic research; Independent, self-driven, creative, solution-oriented, open-minded, team-player, and collaborative; Fluency in English
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, microscopy and characterization facilities The opportunity to develop cutting-edge tools for quantum scanning probe microscopy with a high degree of scientific and technical independence Close interaction
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), determination of optical material constants by multiangle UV-VIS-NIR ellipsometry, UV-VIS-NIR spectrophotometry, ultra-high vacuum scanning tunneling microscopy (STM), and/or photoelectron spectroscopies
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mouse models extensive experience with flow cytometry and immune-cell phenotyping a strong record of experimental research, ideally including a high-quality first-author publication the ability to
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the basis in thermodynamic mixture properties to conceptual process design for chemical plastics recycling, by linking advanced machine learning techniques with high-throughput experimental methods