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in addressing how gravity and quantum mechanics can be combined. In the project, you will design, fabricate, and measure nanomechanical resonators coupled to superconducting quantum circuits with
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° in phase), despite their extremely narrow bandwidth (in the order of 10 Hz). In particular, the resonance controller for multiple cavities driven by a single source (MCAV) can be improved by
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operators links classical observables (functions on phase space) with quantum operators. Microlocal analysis also provides essential tools to rigorously define, compute, and analyse resonances, which describe
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expression and purification, X-ray crystallography, Surface Plasmon Resonance (SPR), and cellular immunology approaches in a world-class, exceptionally well-funded environment. The candidate will join a world
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properties. Your position In this project, we exploit circuit quantum electrodynamics (cQED) techniques based on high-impedance superconducting resonators in the GHz regime to probe electron-electron
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echocardiography and cardiovascular magnetic resonance. These provide powerful clinical information but usually represent measurements obtained at particular points in time rather than a continuously available
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diamagnetism of graphene at the Dirac point as well as the paramagnetism on van Hove singularities (Vallejo et al. Science 2021, Physical Review letters 2023, PhD thesis 2023). The PhD thesis will investigate
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Context and Challenges: Optical resonators based on metasurfaces could offer innovative perspectives for photoacoustic imaging, particularly due to their ability to combine guided-mode resonance and very
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. This is what you are going to do PhD student 1 (HomKat group) will develop new hydrogenation catalysts for terpenoids and/or carboxylic acids, based on (paramagnetic) base metal catakysts (Mn, Co, Fe, Ni
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new, promising approach to enhancing the sensitivity of nuclear magnetic resonance spectroscopy and imaging. So far, it has relied on costly, bulky instrumentation, which has hampered development and