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optimal T-cell expansion protocols. In close collaboration with the lab of George Coukos ( https://agora-cancer.ch/laboratory/coukos-lab/ ), we will derive protocols enabling rapid expansion of cancer
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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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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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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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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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established. The successful candidate will closely interact with experts in microfluidics and bioinformatics, while spearheading the above project. Main duties and responsibilities include Optimization
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incorporate the known design information into the imaging process? The primary focus will be on algorithm development, followed by their demonstration at synchrotron experiments. You will start
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how long a process can be followed. During conventional 3D imaging, the goal is to resolve every single voxel of the 3D volume. However, the underlying dynamic changes can be temporally sparse and
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infrastructure in both Fribourg and Lausanne. Additional information For more information about HOBEL: https://www.epfl.ch/labs/hobel/ For more information about Prof. Dusan Licina: https
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highly motivated Postdoctoral researcher (W/M) to join our Neuroengineering Laboratory at EPFL ( https://go.epfl.ch/ramdya/ ) to work on an ERC funded project aiming to reverse-engineer insect limb motor