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configurations, implementing new tuning knobs, and developing correction schemes to enhance luminosity, beam lifetime, and dynamic aperture—critical figures of merit for collider optimization. Initial work will
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optimization for heterogeneous distributed data, and hardware/software codesigned engines for demanding applications. Main duties and responsibilities Work closely with all members of the lab carrying out
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, next generation sequencing or antibody discovery. Experience in droplet-microfluidics, including use of commercial devices such as the 10X Genomics platform is beneficial, but not absolutely crucial
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spearheading the above project. Main duties and responsibilities include Optimization of microfluidic and biochemical workflows Development of miniaturized T-cell expansion assays, including feeder
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characterization of advanced MEMS probes for cryo- SPM Development and optimization of wafer-scale micro- and nanofabrication processes, including integration of sensing, actuation and electrical
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and economic relevance. You will plan and conduct experimental research, including experimental campaigns, data analysis and process optimization, while ensuring high standards of laboratory practice
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experience (or similar): Coherent diffractive imaging, especially ptychography. Sparse sensing, optimization, or Bayesian experimental design. Machine learning for imaging. Synchrotron experiment
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communication skills in English. We also value applications from people with the following experience (or similar): Coherent diffractive imaging, especially ptychography. Sparse sensing, optimization, or
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experimental systems, physiological sensing, signal processing, human movement analysis, computational neuroscience, biomedical engineering, data science, and/or advanced quantitative behavioral
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modern AI, in particular the development of generative AI technologies such as diffusion models, flow matching, generative transformers, or related architectures. The position is highly