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Field
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. Our original approach relies on an optical encoding and sequencing, through the development of fluorescently-encoded synthetic polymers, in combination with a detection technique for a fast decoding of
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for both mass spectrometers and optical detectors, the design and realization of a new matter-wave interferometer design that matches the particular requirements of very massive particles, the application
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Our »Optical Quantum Metrology« research group develops innovative measurement technologies for clinical and industrial applications based on the ability to measure individual the oscillations
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range of areas, including but not limited to: Ultracold quantum gases and quantum many-body physics Quantum optics, photonics and solid-state quantum devices Active and complex matter and emergent
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properties, including excitonic effects and charge carrier dynamics, in high magnetic fields and under optical/THz excitation. Probe light-induced excitations and their coupling to electronic and excitonic
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: Design, implement and characterize innovative sensing systems based on different sensing principles such as ultrasonic, optical and chemical sensors. Investigate sensor behavior under varying environmental
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characterization of defects in semiconductor materials. Demonstrates expertise in investigating the optical and electronic properties of semiconductors to support the development of next-generation electronic and
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I supervise a wide range of projects stellar astronomy. They include modelling stars in 1D or 3D, deciphering the origin of the elements (stellar nucleosynthesis), and observing using optical
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semiconductor metrology. A specific challenge in building such an EUV microscope is that optical components are not readily available at such short wavelengths. We therefore develop 'lensless' imaging methods
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. Python, MATLAB, or similar); excellent written and spoken English. Prior experience with superconducting circuits, low-temperature physics, optics, microwave engineering, or nanofabrication is welcome but