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the School of Physical and Mathematical Sciences with the School of Chemical and Biomedical Engineering. It is jointly run by the College of Science and the College of Engineering (https
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the School of Physical and Mathematical Sciences with the School of Chemical and Biomedical Engineering. It is jointly run by the College of Science and the College of Engineering (https
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the School of Physical and Mathematical Sciences with the School of Chemical and Biomedical Engineering. It is jointly run by the College of Science and the College of Engineering (https
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-temperature fuel cells, electrolysers and membrane reactors. Central research themes include defect chemistry and ionic/electronic transport in materials and at interfaces, and kinetic processes at
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operational conditions, with particular reference to separation and concentration processes based on physical and membrane technologies. The main operating parameters, process performance, mass balances
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matrices and investigate the impact of water composition, electrode materials, and membrane materials on pH conditions; design experiments to quantify local pH environments near electrodes and
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information on the Kaila Lab: https://youtu.be/A12FvTn812Q Main responsibilities The project involves structure-function-dynamics studies of complex membrane proteins by combination of biophysical
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Biotechnology and Bioprocesses, Membrane Technology, Chemicals and Materials, Resource Recovery, and Modeling & Artificial Intelligence. By harnessing its cross-cutting, interdisciplinary, and
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Biotechnology and Bioprocesses, Membrane Technology, Chemicals and Materials, Resource Recovery, and Modeling & Artificial Intelligence. By harnessing its cross-cutting, interdisciplinary, and
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Vorobieva lab at the VUB-VIB Center for Structural Biology (Brussels), a pioneer in the de novo computational design of membrane proteins and nanopores from physical principles; the group of Prof