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Florian Meinert, Universität Stuttgart
I will report on our endeavor to control single Rydberg atoms immersed in degenerate atomic gases. more

Dimitry Yankelev, Weizmann
Cold atom interferometers are among the most sensitive instruments in measuring inertial forces, such as gravity, gravity gradients, accelerations and rotations. more

Maximilian Ammenwerth, IAP Bonn
I present fluorescence imaging of 87Rb atoms inside an optical cavity using the Raman imaging technique, that is based on detecting the repumper fluorescence during Raman sideband cooling. more

Yi-Xiang Liu, MIT
Advanced control techniques are required to make full use of the quantum
sensor and extract all the sensing target information. more

Sergej Moroz, TU Munich
Gauging is our fundamental guiding principle for the physical description of Nature.


Yizun He, Postdoc candidate
Quantum light-matter interfaces [1], based upon ensembles of cold atoms
or other quantum emitters, are being actively pursued as a platform for
various quantum technologies. more

Flavien Gyger, Postdoc candidate
In this presentation, I will report on stimulated Brillouin scattering in two types of waveguides: integrated silicon nitride chips and gas-filled hollow-core fibres. more

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