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%) postdoctoral researcher in the field of electrochemical analysis with microneedles. The postdoctoral researcher will work towards developing novel electrochemical (bio)sensing strategies with microneedles
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the Faculty of Science is looking for a full-time (100%) postdoctoral researcher in the field of electrochemical analysis with microneedles. The postdoctoral researcher will work towards developing novel
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associated with impaired development of inhibitory circuits in an ASD subtype. Using cutting-edge in vivo electrophysiology (Neuropixels recordings), behavioral testing, opto/chemo-genetic techniques, and
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Research Infrastructure? No Offer Description Project responsibilities like: Develop and refine deep learning architectures for climate downscaling. Integrate multi-source satellite data and geophysical
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economics Economics » Cyclical economics Economics » Econometrics Economics » Economic policy Economics » Economic systems Economics » Economic theory Economics » Economics of development Economics
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economics Economics » Econometrics Economics » Economic policy Economics » Economic systems Economics » Economic theory Economics » Economics of development Economics » Environmental economics Economics
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on the fundamentals of fluid flow in porous materials, particularly regarding viscoelastic and multiphase flows. To this end, you will mainly use time-resolved X-ray micro-computed tomography, e.g. to perform novel X
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on two types of cultural heritage objects: medieval parchments and antique coins. PHOENIX aims to develop a methodology based on physicochemical characterizations capable of addressing common objectives
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associated with impaired development of inhibitory circuits in an ASD subtype. Using cutting-edge in vivo electrophysiology (Neuropixels recordings), behavioral testing, opto/chemo-genetic techniques, and
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(he/she will not be responsible for developing or implementing these methods, but rather for processing, interpreting and studying the results produced) and for digitizing scientific editions