Our friends @TUdarmstadt and @uulm develop a new quantum field theory for atoms, which could improve high precision clocks and matter-wave interferometers, paving the way for novel fundamental-physics tests doi.org/10.1103/PRXQ...
An effective quantum field theory for composite bosons is proposed that could facilitate modeling higher precision clocks and matter-wave interferometers including relativistic effects.
Time-averaged potentials have become a real work horse in the group. Besides fundamental work on building the rubidium source for the 10 m VLBAI facility, Doro has shed light on a lot of unexpected challenges when it comes to painted potentials. quantumsensing.de/2024/05/27/c...
On 10th April 2024, Doro embossed her name in the VLBAI hall of fame. Over the past years, time-averaged potentials have become a real work horse in the group. Recently, besides fundamental work on bu...
Our recipe towards sub-100pK energies w/o the need for microgravity is now published in @CommsPhys www.nature.com/articles/s42...
Using double Bragg diffraction we run up to 9 strongly correlated atom interferometers and extract multiple quantities from linear combinations
Allow me to self-advertise this one because I'm pretty excited about it: when trying to do something much different we accidentally found out that sensing with scalable BEC arrays is a lot of fun 😎 arxiv.org/abs/2403.08762
Incredibly proud of the team @VLBAI_Hannover for having demonstrated the first mini launch in the 10m facility 💪💪💪
