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Many-body Quantum Dynamics

Cavendish Laboratory

Two Postdoc positions available to work on experimental many-body quantum dynamics using ultracold atomic gases and optical lattices.
Application closes on 31/3/19.

We invite applications for two postdoctoral positions on experimental studies of many-body quantum dynamics using ultracold atomic gases and optical lattices. The work will focus on the non-equilibrium dynamics of quantum gases in novel optical lattices and other novel geometries and configurations.

We are looking for an experimental quantum-optics/cold-atoms expert with (or being close to complete) a PhD in physics or a related area. Specific experience with ultracold atoms, optical lattices or other synthetic many-body systems is advantageous. Knowledge of the theory of many-body physics and condensed matter physics is highly desirable, experience in numerical modelling and data analysis is helpful.

You will design and carry out experimental investigations together with a team of PhD students and undergraduates. In addition, you will communicate research findings through publications, talks, or lectures, contribute to the infrastructure of the research group, and assist with the training of students.

For candidates holding a PhD (or equivalent experience) at the actual starting date, appointment will be at research associate level (Grade 7, £32,236 - £39,609). Applicants that have submitted but not yet received their PhD will initially be appointed as research assistants (Grade 5, £26,243 - £30,395) and automatically promoted to research associate when the PhD is awarded.

The position is available immediately, but a later start date can be negotiated. The post are available for 2 years in the first instance, but could be extended.

The closing date for applications is 31th March 2018, and interviews are planned for April. 

All details and the application website can be found here:

Latest news

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Our latest work on observing the two-dimensional Bose glass in our optical quasicrystal is now on the Arxiv: Arxiv:2303.00737 . We could not only observe the Bose glass and the phase transition between Bose glass and superfluid, but could furthermore experimentally establish the non-ergodic character of the Bose glass...

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