We build quantum sensors for inertial sensing using waves that matter.
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Recently, Knut defended his thesis on time-averaged optical potentials for multi-axis inertial sensing. While trying to do something completely different, we found out that doing interferometry with nxm arrays of BECs is quite interesting and we have not stopped investigating ever since. Read up here!
On January 26th, Ashwin Rajagopalan successfully defended his thesis. The day was a special milestone for both Ashwin and the group, marking the culmination of several years of work at the interface of atomic physics and optomechanics. Ashwin’s thesis, “Hybrid quantum sensing using an optomechanical resonator coupled atom interferometer,” explores the fusion of cold-atom interferometry […]
Atom interferometry is an exquisite measurement technique sensitive to inertial forces. However, it is commonly limited to a single sensitive axis, allowing high-precision multi-dimensional sensing only through subsequent or post-corrected measurements. Knut Stolzenberg and Daida Thomas and their team have now presented a novel method for multi-axis inertial sensing based on the correlation of…
After years of taking unsorted notes on what could be a guide to new lab members, the LUH-hosted cGPT instance and long-standing colleagues helped me to start writing up a concise one pager – it can be found on the Research philosophy page.
On June 17th, Alex Herbst successfully defended his thesis. The fact that he wrote a cumulative thesis and was the first Guided Matter Waves Lab student to graduate made the day even more special. Alex did seminal work on the use of tunable interactions in K-39 paired with time-averaged optical potentials. Can we interest you […]
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 building and commissioning the rubidium source for the 10 m VLBAI facility, Doro has shed light on a lot of unexpected […]
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