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Field
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Our team We develop next generation optical imaging and sensing platforms in the context of future biomedical, pharmaceutical and clinical applications. We are particularly interested in label-free
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processing (image analysis); (iv) the results will be used as input parameters for reactive transport modeling. Keywords: microfluidics, micro-model design, heterogeneous porous media, leaching, reactive
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machine learning and physics to recover nanoscale information from imperfect images? Modern computer chips are built with features only a few nanometers across, yet manufacturers need to measure these
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quantitative imaging, stem cell biology, genomics and proteomics, we seek to understand how cells build robust genome maintenance programmes capable of supporting life from single dividing cells to complex
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, with potential value beyond their primary indication across stress-, infection-, and cancer-related applications. Your PhD project will combine compound prioritization with high-content imaging
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of the observed phenomena. Advanced image processing techniques will also be applied to analyse low-dose recorded images. Beyond ion irradiation, the project will explore how laser illumination and mechanical
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candidate will benefit from a network of European experts in different fields (gene therapy, pharmacology, bioinformatics, disease modeling, imaging) and will have the possibility to visit other labs in
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multifunctional drug delivery systems capable of combining targeted delivery, controlled drug release, multimodal therapeutic payloads, and real-time imaging within a single platform. Despite major advances
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. The mechanisms governing the growth of Sn on InAs and other III-V semiconductors remain poorly understood. Imaging Sn/InAs interfaces at atomic resolution using a transmission electron microscope (TEM) gives
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open questions; devise creative solutions; deliver concise, rigorous prototype implementations; and clearly articulate this process in discussions, presentations, and formal reports. Recent examples