New paper out!
Our new paper Using dynamical decoupling to investigate magnetism of large-spin atoms from the chromium BEC lab is out. You can find it on the website Phys. Rev. A at this link.
New arrival: Esther Fromm
A warm welcome to Esther Fromm, the new member of the chromium BEC lab team.
New paper in Phys. Rev. Lett.
Our paper Probing coherences and itinerant magnetism has just been published in Physical Review Letters. You can find it at this link or on arXiv.
Using dynamical decoupling to investigate magnetism of large-spin atoms
In the low-entropy, near-unit filling regime, we employ advanced dynamical decoupling techniques to suppress magnetic-field noise and probe spin coherence across the superfluid–Mott insulator transition. Phys. Rev. A 113, 033306 (2026)
New arrival: Cristian Serna
A new team member arrived: welcome to Cristian Serna, who is starting his M2 internship with the superradiant lab team.
New arrival: Fatima Rahmouni
A warm welcome to Fatima Rahmouni, the new postdoc of the chromium BEC lab! She is in charge of the big upgrade to v2.0 of the chromium experiment.
New arrival: Lily Marquié
Welcome to Lily Marquié, starting her PhD on the strontium apparatus!
QuRIOUS doctoral network
We celebrate the success of the Qurious doctoral training network: we now have partners all across Europe, with whom to develop a new generation of atomic clocks and train 15 PhDs. More informations on the network at https://www.quriousclocks.eu/ and on thesis opportunity in our group here.
The atomic beam crosses the cavity mode.
The preparation of the atoms in the excited state, before they enter the cavity, seems to work. Efforts are under way to laser-cool further the atomic velocity distribution, in directions transverse to the atomic beam flow.
Coherent control over the high-dimensional space of the nuclear spin of alkaline-earth atoms
We demonstrate coherent manipulation of the nuclear degrees of freedom of ultracold ground-state strontium-87 atoms, thus providing a toolkit for fully exploiting the corresponding large Hilbert space as a quantum resource and for quantum simulation experiments with 𝔰u(𝑁)-symmetric matter.
arXiv:2501.01731 (2025) / PRX Quantum 6, 020352 (2025)