Guided matter waves lab
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Multi-axis inertial sensing with 2D matter-wave arrays
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 simultaneous…
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Research Philosophy and Culture
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.
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Congrats, Dr. Alex!
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…
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Congrats, Dr. Doro!
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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Hello World!
Welcome to quantumsensing.de, your prime resource for quantum inertial sensing. Stay tuned for research, teaching, and outreach content.
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