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graphs. The prototype you will develop using IDP-Z3 will be integrated with results from the other groups to deliver a tool that can benefit both from expert knowledge (your part) as well as from data (U
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interactions, as well as establishing fluorescence lifetime imaging microscopy (FLIM) approaches and analysis pipelines to perform non-destructive monitoring of neuronal function, DAMs, and multiplexing
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imaging microscopy (FLIM) approaches and analysis pipelines to perform non-destructive monitoring of neuronal function, DAMs, and multiplexing this with other cutting edge analysis techniques
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students live and work on campus in the image of Brussels, one of the most cosmopolitan cities in the world. It is committed to interdisciplinarity, internationality, and individuality in research and
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research will focus on designing, developing, and optimising an OCT tool tailored for high-resolution middle and inner ear imaging. This includes hardware design, system integration, and validation
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network application that enables real-time control and video transmission for remote vehicle operation. The project will develop a prototype, rigorously tested in both lab environments and real-world
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text or images, for example). Besides doing research, the candidate is expected to participate in educational activities (participate in seminars, be involved in teaching, exam surveillance, ...). Where
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precision and robustness and design an experimental setup combining an OCT system with acoustic stimulation. The project involves interdisciplinary work spanning advanced imaging techniques, clinical
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candidates to perform research on a closed-loop and non-invasive ultrasound neuromodulation treatment of focal epilepsy. The candidate will perform fiber photometry imaging and focused ultrasound insonication
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preclinical experiments on ex vivo brain slices and in vivo rodent models to investigate and optimize the effects of TIS Analyze ex vivo and in vivo electrophysiological and fMRI imaging datasets Collaborate