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will be exploratory, where a broad range of analytical techniques will be applied. Examples of target analytes include diazene, hydrazine, NH3, HONO, NO, NO2 and N2O and NH2OH. Once the products have
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and ultra-stable Fabry-Perot cavities. This platform ensures the possibility to measure phase noise and frequency stabilities of optical signals in the 10-16 range and below. The team is a first-circle
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numerical simulations of turbulent flows and compare results with standard DNS solvers. • Attempt to simulate high Reynolds numbers flows out of reach for standard DNS methods, and investigate Reynolds
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resonators for multiplexed readout, including the development of frequency-tunable resonators enabling spectroscopy over a broad frequency range. • Investigate collective charge phenomena, charge
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available for a wide range of applications. All recent advances have resulted from the development of revolutionary optical components. A crucial feature for most photonic systems is the ability
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marine ecosystems. Its teams, widely recognized at the international level, address a broad range of time and space scales for a better understanding of ocean dynamics and variations within the climate
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with a background in fluid mechanics or thermal engineering. Given the scope of the research project, a strong interest in both experimental work and numerical modeling is essential. Familiarity with