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Field
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intelligence (AI), machine learning, internet of things (IoT), chip design, cybersecurity, human-computer interaction, social networks, fairness, and data ethics. Our research is rooted in basic research and
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. The project focuses on designing and manufacturing innovative microfluidic devices to be used for discovering and isolating novel syntrophic microbes from anoxic environments, with the aim of understanding
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of removal efficiency, energy demand, and scalability. This will involve designed experiments exploring tunable physical and chemical parameters, including (but not limited to): flow rate, vortex size, and
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. The main contributions will be new knowledge on what interface designs appropriately allow interaction with the underlying technologies, as well as opportunities and barriers for further applications and
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to improve the process performance and energy efficiency. Firstly, anion exchange membranes will be designed with high ion exchange capacity and high tolerance to a wide range of pH and solvent conditions that
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elements with controllable stiffness. The project will involve analytical and computational modelling, as well as designing and conducting lab experiments. Key questions include: How to create materials
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in solution for up to hours. Now, we leverage the unique abilities of nanopore trapping to detect proteins and their conformations, dynamics, interactions, catalytic mechanisms etc. in real-time
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Your job We are seeking an enthusiastic and motivated PhD candidate with a strong interest in microfluidics, hardware development and NMR spectroscopy. The project focuses on designing and
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transfer and laser-matter interactions. The “design-manufacture-inspect-model-test” approach of this project will equip the successful PhD candidate with a wide range of valuable and transferable skills
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technologies. Metamaterials, engineered to exhibit properties not found in naturally occurring materials, offer an innovative pathway to overcome these limitations. By designing intricate periodic or quasi