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.
Category Chromium news
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.
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.
Probing coherences and itinerant magnetism
We use dynamical decoupling to preserve spin coherence against magnetic fluctuations, which allows us to study itinerant magnetism of lattice-trapped magnetic atoms, driven by magnetic dipole-dipole interactions, in the low-entropy and close-to-unit filling regime. The results are presented in our new paper.
New arrival: Lucas Lavoine
Welcome to Lucas Lavoine, our new associate professor joining the chromium project!
PhD defense: Youssef Aziz Alaoui
Congratulations to Youssef Aziz Alaoui for his PhD defense!
New arrival: Thomas Lauprêtre
Welcome to Thomas Lauprêtre, starting his post-doctoral research on the chromium project!
PhD defense: Lucas Gabardos
Congratulations to Lucas Gabardos that just completed his PhD!
Magnetic Atoms Quantum Simulators / QUANTERA CONSORTIUM MAQS
We propose to realize a novel quantum simulator made of magnetic atoms in periodic potentials, which will enable the investigation of quantum-many body problems associated with long-range dipole-dipole interactions.