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(spatially-modulated infrared spectroscopy) - Setting up laser heating of plasmonic antennas on measurement bench - Electromagnetic modeling Secondary tasks: - Design of plasmonic antenna samples
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) - Knowledge of cultural heritage materials and issues Know-how: - X-ray behavior modeling - Use of simulation software - Design of experiments - Metrology - Quantification of XRF data using the Fundamental
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model, NEMO has been designed to run in double precision, i.e. using 64-bit floating-point numbers. Using lower precision can be beneficial in terms of performance by reducing memory usage, execution time
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electroencephalography (LFP &Multi- Single Unit recordings), data processing, statistics Know-how: instrumentation, dissection, experimental design, signal and image processing Personal skills: rigor, curiosity
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using Run 3 data, encompassing statistical analysis and preservation of results within an international collaborative framework. - Design and implementation of the HGTD qualification system and data
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cutting-edge analytical methods for single-cell proteomic analysis with a spatial dimension. He/She will design a sample preparation protocol suitable for samples obtained through laser microdissection on a
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consumption of Wi-Fi interfaces and to evaluate by simulation the dynamic adaptation algorithms developed within the FACTO project. - design of energy models for Wi-Fi interfaces - implementation and validation
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, biology, molecular genetics, genome-wide experimental techniques, microscopy, image analysis - Professional experience: Experience of successfully managing projects, from design to completion, with
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control of several qubits. Consequently, the research involves participation in the design of microwave devices, interfacing a custom-built RF system—in collaboration with the electronics division of UPR
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design. This project will involve: A) the development of adapted experimental methods for performing dosimetry in the electron microscope and B) the development and application of new modelling methods