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professional development support. The research topics in this call are at the forefront of wireless communications and satellite systems. As a result, you may feel that your background does not perfectly match
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superconductivity, while a single layer of graphene does not. These materials also show unusual behaviour in high magnetic fields, such as the emergence of quasiparticles that behave as if they experience zero
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, computational modelling, digitalisation and targeted experiments. Using physics-based models linking microstructural mechanisms to macroscopic behaviour, and informed by experimental characterisation and
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contribute to research with direct societal impact. What you do During this PhD project, you will carry out the following activities: Performing cellular experiments in the laboratory of our department, in
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: CV. Motivational letter. Course grade summary. Optionally, upload the best 3 documents (or links to resources) that show your experience in the aforementioned topics. You can address your application
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numerical experiments; programming experience in a language such as Python, Julia, MATLAB, C or C++; good written and spoken English; the ability to work independently while also collaborating in
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, combined with a translational mindset to connect experimental research with clinical applications. Experience with pre-clinical and/or clinical studies. Ability to design and conduct laboratory-based
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) in computer science, artificial intelligence, data science, applied mathematics, physics, electrical engineering, or a related field. You have a solid background in machine learning; experience with
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design and evaluate immersive XR experiences that allow users to safely acquire navigation skills in realistic environments such as public transportation hubs, university campuses, and airports. You will
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You will develop the theory that connects quantum experiments with mechanical systems to questions in fundamental physics, establishing what such experiments can and cannot reveal about nature. Job