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phase vibrational spectroscopy (IRMPD). This technique uses state-of-the-art lasers coupled with mass spectrometry, ion trapping, and ion sources. The candidate will study the effects of molecular
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mechanical properties, based on vibrations generated by ambient noise in the reactor. Noise sources in the reactor can be of various origins. Given the lack of knowledge or the difficulty in determining
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probabilistic modeling of weak signals in the image related to sensor noise developed on JPEG images [Taburet et al., 2020, Giboulot et al.,2021, Giboulot et al.,2022]. The modeling of the sensor noise will be
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environment; - strong expertise in cryogeny especially with dilution refrigerator. PhD in physics (low-noise electrical measurements, nanoscale thermal measurements, microelectronics techniques, nanofabrication
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-noise measurements - **Knowledge of mesoscopic physics:** Familiarity with superconductors, quantum physics, Josephson junctions, material band structures - **Cryogenics:** Use of closed-cycle cryostats
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intramolecular vibrational Stark effects in order to characterize them and use them for conformational assignment purposes. This original study will mainly consist of performing gas-phase IR laser spectroscopy
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, time response, noise, cryogenic measurements) *punctual measurements on synchrotron might also be involved *Reporting of the results This project is part of the ERC AQDtive and ANR camIR (funded for 3
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to disentangle collective (i.e. overall diversity) from specific (i.e. individual species) effects, species-specific contributions are still often treated as residual noise and rarely examined systematically