Postdoc and DPhil openings
Postdoc position 2026
We are looking for a Postdoctoral Research Assistant in Two-Dimensional Quantum Field Simulation to join the Ultracold Quantum Matter group in the Physics Department, University of Oxford.
Closing date: midday (UK time), Friday 21 August 2026. Applications must be made through the University's online recruitment system: see the CoreHR vacancy page (vacancy ID 187750).
Please note: this advertisement covers two separate postdoctoral positions in ultracold atoms at Oxford. Ours is the Two-dimensional Quantum Field Simulator with Full-State Readout project (job description "JD 187767"). Please make clear in your statement of research interests which project you are applying for, or both.
The project
This post is funded by an EPSRC grant to investigate quantum-field phenomena using bilayer two-dimensional quantum-gas experiments. The project builds on our platform for creating continuous, coupled 2D quantum fields from bilayer ultracold atoms at nanokelvin temperatures, held in multiple-radiofrequency (MRF) dressed potentials.
These systems allow phenomena normally discussed only in abstract quantum field theory to be created, controlled and measured in the laboratory, using the matter-wave interferometric readout that we have established for 2D quantum gases. The project will explore fundamental questions in quantum fields, with future extensions towards phenomena in curved spacetime.
You will contribute to the daily operation and development of the apparatus, implement advanced quantum-state readout methods, and work closely with Professor Christopher Foot, Professor Rob Smith, Dr Shinichi Sunami, other PDRAs, graduate students and our theory collaborators. The post also involves day-to-day supervision and training of graduate students on closely related projects. There are opportunities to teach.
More on the science behind this project is on our research pages.
Who we are looking for
You should hold, or be close to completing, a doctorate in experimental atomic physics or a related field, with proven research skills running complex experimental apparatus and a track record of obtaining, analysing and publishing high-quality experimental data.
Prior experience with ultracold atoms, vacuum and laser system design, or laser cooling of atoms or ions is highly desirable. The full list of essential and desirable selection criteria is given in the job description, and your application will be assessed solely against those criteria.
Terms
- Full time, fixed term for 2 years
- Research Grade 7: £39,424–£46,476 per annum
- Based at the Clarendon Laboratory, Parks Road, Oxford OX1 3PU
- 38 days' paid holiday, USS pension, flexible working, and a visa loan scheme for staff and dependants (staff benefits)
How to apply
Applications are made only through the University's online recruitment portal, via the vacancy link above. You will be asked to upload a statement of research interests, a CV, and the details of two referees.
Only applications received before midday (UK time) on Friday 21 August 2026 can be considered. Interviews will take place online during the week commencing 14 September 2026.
Informal enquiries about the role are warmly welcomed and should be directed to Professor Chris Foot (christopher.foot@physics.ox.ac.uk). Questions about the application process itself should go to recruitment@physics.ox.ac.uk.
About the group
You will join an established and collaborative cold-atom group working at the interface of atomic physics, condensed-matter physics, quantum information and quantum field theory, within the Atomic and Laser Physics sub-department — part of one of the largest concentrations of quantum research in the UK. The Department of Physics holds a Gold Athena Swan award, and the University welcomes applications from all backgrounds.
DPhil Projects (Starting October 2027)
DPhil projects can be found on the department website: DPhil projects | University of Oxford Department of Physics.
Prospective DPhil students are welcome to contact Chris Foot (christopher.foot@physics.ox.ac.uk) to discuss projects before applying.
