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Field
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. Part of the project will also include the development of deep learning frameworks for TEM image analysis. Main Tasks and responsibilities: The main tasks would be: · Operate and optimize
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lead a research project focused on the establishment of cancer– immune co-culture systems, generation of clinically relevant cellular models, and the processing and analysis of patient-derived samples in
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the main research interests, situating them within their previous academic work and key research questions or methodologies. It should also outline proposed future research projects for the postdoctoral
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, the coupling between these, and the mechanisms of doping organic semiconductors. The successful candidate will work closely with experimental and theoretical partners across the consortium. They will be co
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motivated Postdoctoral Researcher (R2) who has recently completed their PhD and is looking to further develop their research career within a structured and supportive environment. This role offers a defined
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trials on the use of near-infrared spectroscopy (NIRS) And diffuse correlation spectroscopy (DCS) for critical care applications. In particular, this work will be the continuation of the HEMOCOVID-19
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: Project Leadership & Design: Drive the experimental design, optimization, and advanced surface functionalization of organic-based nanoparticles to serve as active, targeted therapeutic carriers. Advanced
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models). Expert use of a chemical synthesis laboratory, a wide range of physicochemical and material characterisation is required. Moreover, in vitro and in vivo expertise, will be essential to determine
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interest in driving development of sequencing methods to identify mRNA decay substrates and decipher degradation mechanisms. The role The successful candidate will join the Dynamics of Protein Synthesis and
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(including AFM, PFM); imaging of magnetic domains (MFM); analysis of bit states for probabilistic computing (Shannon entropy, bit error rate, unclonable functions, etc.); analysis of surfaces (XPS); experience