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on the development of novel nanobiosensor devices based on plasmonics, nanoplasmonics, and silicon-based photonics principles, including surface biofunctionalization, microfluidics for automatic fluid delivery and
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microfluidic reactors to study and upscale the growth of chiral nanoparticles. The selected candidate is expected to publish scientific articles related to the research project of the assignment and to present
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culture systems (3D cell culture: organoids/spheroids, scaffolds). Experience with mechanobiology techniques (mechanical stimulation, bioreactors, microfluidics) (Desired) Good communication skills Fluent
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of the motion dynamics of nanomotors, their internalization, tissue and cell distribution and similar aspects. Development of microfluidic setups for studying collective migration and tissue
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areas:Miniaturized optically pumped atomic magnetometers (OPMs) for ultra-low-field nuclear magnetic resonance (ZULF NMR) and magnetic resonance imaging (MRI); NMR MRI with a focus on MRI of microfluidic