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projects in Quantum Optimisation, People-Centred Design (PCD) for Sustainable Construction, and Sustainable Space. Each position addresses specific sustainability challenges through research and active
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student should lead innovative and creative research in theoretical quantum physics, including mathematical modeling and phenomenological and numerical analysis. The PhD student should display scientific
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-time (100%) PhD position on Optical Coherence Tomography to assess the structural and mechanical properties of the eardrum and inner ear under the supervision of Professor Sam Van der Jeught (InViLab
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-time (100%) PhD position on Optical Coherence Tomography to determine eardrum stiffness in-vivo under the supervision of Professor Sam Van der Jeught (University of Antwerp) and Dr. Manuel Marques
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to international standardisation efforts. As a part of this collaborative research programme, you will join as one of three PhD candidates working on interconnected projects in Quantum Optimisation, People-Centred
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to international standardisation efforts. As a part of this collaborative research programme, you will join as one of three PhD candidates working on interconnected projects in Quantum Optimisation, People-Centred
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) / Microcalorimetry, X-ray scattering (including at a synchrotron), Rheology, Polarized microscopy, rheo-optics, rheo-dielectric measurements. Expected results: • Experimental description of key parameters and
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this academic year can therefore apply. You have a strong interest in microbiology, adaptation, and genomics. You are a critical, analytic thinker. You work with rigor and you have a keen eye for detail. You are
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plasma, coupled with optical emission diagnostics of the plasma properties, and gas phase analysis of the stable products. The candidate will work as a joint PhD student between Ghent University and