Potassium BEC

  • 2D Bose-Einstein condensate of Potassium-39
  • Tunable interactions, local control, configurable potentials and initial states
  • Quantum simulation and non-equilibrium dynamics

The BECK experiment is a 2D Bose-Einstein condensate of potassium-39. Our experiment features tunable interactions between atoms, as well as dynamically configurable light fields, enabling potential shaping, local control and a variety of intital states. The control over experimental parameters enables us to study many-body quantum dynamics far from equilibrium, such as the dynamics of meta-stable states of driven systems. Additionally, we use the setup as an analogue quantum field simulator for physical systems that are difficult to investigate experimentally, such as the dynamics of the early universe.

Want to join the team?

If you are interested in

  • working on an experimental platform to implement quantum-mechanical effects 
  • all sorts of optics and lasers 
  • designing and constructing control electronics and mechanical assemblies 
  • hands-on data evaluation from devising the measurement idea to final analysis 
  • implementing analog quantum simulations experimentally 
  • working at the interface between theory and experiment

No prior lab experience is necessary!

We are always looking for motivated bachelors, masters, PhD students, and PostDocs! If you are interested in applying, please send your CV, a transcript, and topics of interest to application@matterwave.de.

Publications