enrichment, how supermassive black holes grow, and the true nature of Dark Energy. Each Postdoctoral Research Associate will lead one of the following areas:
- SNe Ia cosmology groundwork or rare transient follow-up and characterization (University of Oxford): use over 30,000 spectroscopically confirmed SNe Ia and 150,000 host-galaxy redshifts to improve SNe Ia standardisation and lay the groundwork for using SN cosmological measurements. Alternatively, focus on work on follow-up and modelling of rare transients.
- Host galaxies of transients (University of Southampton): derive host-galaxy properties from LSST+TiDES photometric and spectroscopic data, and use the unprecedented LSST+TiDES transient sample to study how transients correlate with their environments and measure rates of different classes of transient.
- Simulations and selection effects for SN Ia cosmology and beyond (Lancaster University): lead the forward-modelling of the combined LSST+TiDES sample, and characterize its associated sample selection effects. This project will include building galaxy population catalogues validated against state-of-the-art cosmological simulations (e.g. Illustris-TNG). This simulation effort will be the foundation underpinning every rate, host-galaxy and cosmological result in TRANSCEND.
- Transient physical properties and the black hole mass function of tidal disruption events (Queen’s University Belfast): measure key parameters such as luminosity and nickel masses for thousands of transients from TiDES + follow-up data to build population demographics, and use hundreds of live TDEs and thousands of host galaxies to derive scaling relations and occupation fractions for SMBHs.
This advertisement is for the post at the University of Oxford specifically; separate applications are required to each university for the other three posts. The postholder has opportunity to teach.
Applicants should possess, or close to obtaining a doctorate in physics or a related field and ideally a strong background in Physics or Astrophysics. Have relevant research experience and a proven record of research in time-domain astrophysics, supernovae, galaxy evolution, cosmology or survey science.
Please direct enquiries about the role to Profs Maria Vincenzi maria.vincenzi@physics.ox.ac.uk and Stephen Smartt stephen.smartt@physics.ox.ac.uk
This is a full-time post, fixed term for 5 years
The closing date for applications is noon GMT time on Friday, 6 November 2026.
As part of your online application, you will be required to upload a CV, publication list, and a 2-page research statement, and to provide details of two referees. Referees will only be contacted to submit their letters if you are shortlisted.
Contact Person: Recruitment Team
Closing Date & Time: 06-Nov-2026 12:00
Pay Scale: RESEARCH GRADE 7
Contact Email: recruitment@physics.ox.ac.uk
£39,474 to £47,779 per annum. Grade 7
