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) to investigate the properties of human circuits using surgical brain tissue samples. The selected candidate will apply either advanced imaging or patch-clamp electrophysiology techniques directly to surgically
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: Qualifications: MS in condensed matter physics Communication skills in English and Spanish Ability to work in a team, flexibility, and adaptability to handle multiple tasks Experience in sample growing and
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and build a light-sheet encoded-illumination microscope Characterize the system Sample Chamber Development Development of Decoding Algorithms Single-Plane SR Imaging Volumetric Imaging of selected
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optimisation of analytical methods for VOC characterization. Chemical analysis of air and rainwater samples using advanced instrumentation. Data processing, statistical analysis and interpretation of large
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and responsibilities: Operation of a world-leading attosecond soft x-ray beamline. Conduct pump-probe, temperature-dependent and phase-transition measurements on selected materials and samples with it
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patients as required by the different studies, perform physical examinations, collect blood samples, and interpret tests. Monitor for potential chronic side effects. • Assist monitors during monitoring
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samples from patients with multiple sclerosis and experimental mouse models. Conduct molecular and cellular biology experiments, including nucleic acid extraction, qPCR, chromatin profiling and
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cells isolated from peripheral blood and cerebrospinal fluid samples. Carry out cellular and molecular biology experiments, including B-cell isolation and culture, flow cytometry and molecular analyses
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candidate to carry out the following functions: Characterize by time resolved THz spectroscopy (TRTS) and THz time domain spectroscopy (THz-TDS) semiconductor samples. Lead the analysis of data and the
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interpretation in the context of the current scientific literature. Work will combine extensive in vitro cell culture-based experimentation, including the use of patient-derived samples, with in vivo validation in