Context : The interrogation of atoms in microfabricated vapor cells cell has led to thedevelopment of high-precision and low-power chip-scale atomic clocks (CSACs) [1]. Microwave CSACs have become commercial devices, offering
fractional frequency stability of 10-11 at 1 day, in a 17-cm3 volume and 120-mW power consumption [2]. [...]
The candidate will be fully involved on this research topic and will contribute to the progress of this strategic activity at FEMTO-ST. In the frame of ambitious research projects, the candidate will contribute to the development of microcell based optical clocks, supporting the progress of the microcell technology and/or their metrological characterization. The candidate will aim to communicate his/her results in high-impact scientific journals and international conferences.
Profile:
PhD thesis in physics / applied physics / engineering sciences / optics or MEMS technologies.
Background with atomic/quantum clocks, sensors and metrology is a strong plus-value.
The candidate should enjoy working in a team group.
Start: From 01 January 2026
Duration: 1 year & extension possible
Salary: from 2990 € (gross salary), depending on years of experience
Procedure:
Apply on: https://emploi.cnrs.fr/Offres/CDD/UMR6174-RODBOU-004/Default.aspx
https://www.femto-st.fr/en/job-training-thesis/post-phd-open-positions#job-5925
