The candidate will be part of the Embedded Metrology team of the Metrology, Molecule and Fundamental Tests axis of the Laser Physics Laboratory (UMR7538). He/She will work under the supervision of Vincent Roncin (MCF, HDR) and Frédéric Du-Burck (Pr Emerite) as part of the BRIOCHE project (ANR ASTRID 2024-2027 funding), the aim of which is to study, produce and characterize a transportable 1.5 µm frequency reference for on-board metrology instrumentation applications.

The candidate will be responsible for managing the project and organizing all the experimental studies involved:

1. Progress on two prototypes of transportable metrological references produced in collaboration with
   project partner Silentsys,
2. Improvement of noise rejection techniques for the detection of weak signals in Acetylene
   spectroscopy,
3. Study of an original technique for detecting saturated absorption signals in interference-insensitive
   fibered devices.

Closing date for the receipt of applications: 30/10/2024

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The TranStab project (supported by ANR) brings together two academic laboratories (LPL/CNRS-USPN and Institut FOTON/CNRS-UR) and an industrial company (Thales TRT) over a three-year period to design and demonstrate compact devices for transferring stability from an optical frequency reference at 1.5 µm to wavelengths of interest ranging from the near IR to the visible. The aim is to meet the growing need for stable laser sources in both research and industry for applications in high-sensitivity detection and quantum technologies.

The candidate will be part of the Embedded Metrology team of the Metrology, Molecule and Fundamental Tests division of the Laser Physics Laboratory (UMR7538). He/she will work under the supervision of Vincent Roncin (MCF, HDR) and Frédéric Du-Burck (Pr Emeritus) as part of the TranStab project (ANR 2024-2027 funding).

The candidate will be responsible for monitoring the project and organizing all experimental developments:

1. Production of prototype cavities using the two architectures described above,
2. Characterization of their metrological performance.

Closing date for the receipt of applications: 15/01/2025

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Ultra-sensitive quantum gravimetry. More information

The work will focus on electronics (analog and digital) to be developed for the LISA and Virgo projects for interferometric detection of gravitational waves, and other experimental activities of the ARTEMIS laboratory.

More details: Choose position n# 40 on the CNRS job/competition website.

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The gravitational-wave (GW) group of the University of Louvain (UCLouvain, Belgium), hosted at the Centre for Cosmology, Particle Physics and Phenomenology (CP3) of the Research Institute in Mathematics and Physics (IRMP), and the ‘‘Time and Ionosphere” group of the Royal Observatory of Belgium (ROB) are welcoming applications for a postdoctoral researcher position in gravitational-wave data analysis of the LIGO-Virgo-Kagra detectors and Global Navigation Satellite System (GNSS). Applications must include a curriculum vitae, a personal motivation letter, and at least three recommendation letters from senior scientists. Applications must be submitted on-line, by 23 June 2024, at: https://cp3.irmp.ucl.ac.be/jobs/102. Applicants should hold, by the time of the start of the appointment, a PhD in physics and they should demonstrate a strong interest and motivation in fundamental physics research. Additionally, they should not have lived or carried out their main activity (work, study, etc.) in Belgium for more than 24 months in the three years prior to the appointment start date. The position will remain open after the first deadline indicated above until a suitable candidate is found.

Applications before June 23, 2024

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