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digital systems. This PhD project translates the principle into a compact, passive optical solution. The project will combine: Mathematical modelling and simulation of optical/photonic structures and
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will develop nanoscale devices which use magnons (collective excitations in magnetic order) as information carriers for ultra-efficient, compact, brain-inspired computing. This project is positioned
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AI systems for real-time 3D mapping on compact, low-power devices. The project will combine optical sensing, event-based vision, and radio-frequency (RF) data with advanced AI to build robust mapping
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the oscillation and decay of waves in systems where energy can escape to infinity, replacing eigenvalues and eigenfunction expansions in non-compact domains. The consideration of analytic or Gevrey regularity in
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-enhanced field-resolved spectroscopy”, Nature Photonics (2022) Be part of change Participation in a Max-Planck-Fraunhofer cooperation project Support in setting up an ultra-stable, compact laser system
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development. MHH’s compact and well-equipped campus provides broad expertise in cutting-edge medicine and life sciences, with particular know-how in our three main research areas: immunity & infection
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I am interested in all aspects of theoretical astrophysics, with a particular focus on strong gravitational fields, compact objects, and gravitational-wave astronomy. I am currently exploring
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energy. Within the Cherenkov Telescope Array Observatory (CTAO) Consortium, I investigate the possibility of detecting dark matter in the centre of our galaxy and beyond. With colleagues in the Compact