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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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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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reconstruction, processing, and analysis), the Bio-Imaging Lab (preclinical neuro-MRI), and the Laboratory of Cell Biology and Histology (cell biology and advanced microscopy). These teams are founding partners
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(image reconstruction, processing, and analysis), the Bio-Imaging Lab (preclinical neuro-MRI), and the Laboratory of Cell Biology and Histology (cell biology and advanced microscopy). These teams
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(image reconstruction, processing, and analysis), the Bio-Imaging Lab (preclinical neuro-MRI), and the Laboratory of Cell Biology and Histology (cell biology and advanced microscopy). These teams
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to address the outstanding question of how the surface layers that form during operation depend on the bulk composition and how those layers contribute to the electrocatalytic properties. Our approach combines
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imaging (MRI) and light-sheet microscopy), biological and medical sciences (tissue microstructure, immunostaining, and neuroscience), and computer science (data analysis, image processing, machine learning