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The candidate will optimize an instrumentation and a microfluidic card for encapsulating human cells in monodisperse microbeads of extracellular matrix. Within a few days, cells encapsulated in
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protocols in controlled conditions. Main Tasks & Responsibilities: Graphene-Based Sensor Development: Optimize the integration of graphene-based nanomaterials onto phononic microstructures and develop
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materials, there remains a notable gap in understanding the mechanisms of the biocarbon-metal systems (especially the impact of the resource nature and/or doping), the crucial process parameters controlling
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. Optimization of surface chemistry. Characterization of chiral objects after deposition using spectrometric and piezoelectric techniques. The aim is to control the deposition and properties of chiral objects
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(by two) and energy consumption. However, lower precision can also increase numerical instabilities. The main objective of this project is to automatically identify and control sources of instabilities
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noxious VOCs; ii) MOFs to mitigate NOx in real scenarios; iii) MOFs to control relative humidity upon optimizing energy consumption for regeneration, iv) Predictive multi-scale modelling to forecast
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Process: designing, preparing, shaping and characterizing materials in order to discover, control and optimize specific functions. The ICMCB carries out fundamental research on model materials and/or
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on Solid State Chemistry, Materials Science and Chemistry and Process: designing, preparing, shaping and characterizing materials in order to discover, control and optimize specific functions. The ICMCB
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researcher to contribute to a project focused on optimizing light diffusion in phase-separated glasses. These glasses, characterized by the coexistence of multiple glassy phases, exhibit a nanoparticle-in
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ensures linearity and immunity to thermal drift. The magnetic tunnel junction and the flux concentrators are already optimized and the next step is to implement the modulation technique in order to reduce