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the transfer of new ideas from the lab to real-life applications, improving lives. We are developing a novel microfluidic chip technology that uses surface acoustic wave detection of photoacoustic signals
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of stochastic fluctuations in electrokinetic flows. This is of interest in so-called lab-on-chip devices, where laboratory functions should be integrated and automized on small chips. A possible way of
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represents a unique opportunity to pioneer the development of organ-on-a-chip systems that link tumor microenvironments with immunological tissues, addressing this critical knowledge gap in vaccine development
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der theoretischen Quantensimulation. Die erfolgreichen Kandidat:innen werden Teil der neu gegründeten Forschungsgruppe von Dr. Torsten V. Zache an der Technischen Universität München. Unsere Gruppe
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for the parallelized monitoring of metabolites and environmental parameters to assess organoid- and assembloid formation Developing microfluidic chips that enable the multi parameter measurements of key molecular and
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, simulate and set-up cryogenically cooled solid-state regenerative and multi-pass Yb:YLF laser amplifiers Implement intelligent control over spectral and temporal shapes of broadband nanosecond laser pulses
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-seq, spatial transcriptomics, TCR / BCR sequencing, ChIP-Seq) is advantageous Excellent teamwork, communication skills, and creativity International candidates are strongly encouraged to apply Our offer
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students Studying Abroad Back Ways to go Abroad Erfahrungsberichte Bewerbung Finanzierung und Förderung Vorbereitung Zurück aus dem Ausland Learning Languages Back House of languages Learn German Foreign
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Start of announcement 21.05.2025 End of announcement 18.06.2025 Institute or department Institute of Coastal System Analysis and Modeling Location Geesthacht Apply now Go to applicant portal
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nanoparticle formulations, surface modification of nanoparticles, testing wireless power transfer, and/or integration of nanoparticles into chip-scale bioelectronic devices. You are encouraged to bring