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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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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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of researchers with complementary expertise in molecular biology, oncology, medical radiation physics, radionuclide therapy, radiochemistry, magnetic resonance imaging (MRI), radiation dosimetry, and image
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-driven optical spikes, enabling sensing systems with unprecedented speed and energy efficiency. A central objective of the project is to develop highly sensitive photodetector neurons by combining resonant
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layer in the stack. Since this will lead to an intricate magnetic structure near the interfaces, we will also make use of polarized neutron reflectivity and nuclear resonant scattering to study the
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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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in: Magnetic Resonance Imaging Magnetic Particle Imaging Image-guided precision oncology The project will investigate molecular targets associated with the tumour microenvironment, including cancer
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spent more than 12 months in France during the last three years (i.e., between March 15th 2023 and March 16th 2026), not including holidays. Where to apply E-mail [email protected] Website https
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inertness and mechanical robustness compared to standard Silicon. By utilizing SiC, the system achieves enhanced thermal stability for microhotplate configurations and improved frequency stability in resonant
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testbed for new ideas, we use nonlinear nanophotonic resonators. We are driven by fundamental physics questions relevant to improve the energy efficiency, speed, and precision of optical technologies