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operation under varying conditions. The research will explore these aspects, focusing on designing, modeling, and experimentally validating a decentralized control system that addresses the technical hurdles
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wave control. The position offers an opportunity to contribute to interdisciplinary research at the intersection of wave physics, electromagnetics, and bioengineering, supported by a prestigious European
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, microfluidic manipulation (flow controllers, C4D detector) and electrophoretic separation for the monitoring of target metals, as well as for the miniaturisation of these processes. Where to apply Website https
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serotonergic structure involved in the descending pain control mechanisms) in nociceptive and aversive responses, as well as its involvement in the comorbidity with mood disorders, using a murine neuropathic
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requirements, their sensitivity and linewidth have to be improved and their individual control into a multiplexed system should be enabled, which is not possible with the current hybrid technology. To tackle
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as trace in liquids, or as relative humidity (RH) in air are highly critical for industrial process controls, solvent manufacture, food and drug storage, lithium-ion batteries life extension, and
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instrument that will allow the analysis of mesoscale thermal processes under highly controlled experimental conditions in order to understand the fundamental nature of heat transport and to measure the thermal
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; Signal Processing; Automatic Control; Applied Mathematics. Expected skills: - Proficiency in scientific computing software for algorithm prototyping: Python, Julia, Matlab, etc. - Mastery of computer tools
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to control the efficiency of photoisomerization in organic molecules by chemical design? We are inspired by biological photoswitches such as retinal, which are known for their isomerization rates on the scale