Last news
First 3D MOT on Roymage
First 2D MOT on Razpoutyne
Corresponding to the “fluorencense point” (a) Side view of the 2D-MOT, where the four counter-propagating beams and the longitudinal cooling beam are visible. The ytterbium atoms are trapped at the brightest point.
Corresponding to the “fluorencese line” (b) Top view of the 2D-MOT, where we can easily observe the line along which the atoms are trapped. This line lies along the axis where the magnetic field is zero.
https://roymageanr.obspm.fr/2023/10/19/a-gravimetric-measurement-campaign/
https://roymageanr.obspm.fr/2023/10/19/assembling-a-new-vacuum-system/
https://roymageanr.obspm.fr/2023/10/12/we-moved-the-vacuum-system-to-the-lab/
Other news
- May 2025: Olivia Orodel starts her L3 internship.
- March 2025: Martin Pearlstein joins the team as an M2 student !
- 12.03.2025 : First 3D MOT on Roymage
- November 2024: Anne-Katrin starts her Phd !
- September 2024: first 2D MOT on Razpoutyne!
- April 2024: Anne-Katrin Landa joined the team as an M2 student !
- November 2023: (Future) Dr Guessoum will join the team!
- 18 septembre 2023: Our Zeeman Slower with permanent magnet is already installed in our ytterbium optical clock – lien
- 7 june 2022 : Welcome Dr. Romain Gauthier !
- 24-28 april 2022 : 2022 Joint conference of the European Frequency and Time Forum & the IEEE International Frequency Control Symposium – lien
- 26 november 2021 : SIRTEQ annual meeting – lien
- 25-28 mai 2021 : Journée de la Recherche IGN-ENSG – lien
- 26-28 mai 2021 : Workshop on « Quantum gravimetry in space and on ground » – lien
- 26-28 mai 2021 : EUREF 2021 Symposium – lien
- 22 juin 2021 : 19th International Symposium on Geodynamics and Earth Tides – lien
- …