Research Themes


Observational Cosmology

  • Spectroscopic Surveys: creating a 3D map of galaxies and quasars in the Universe [LASTRO]
  • Measuring Large Scale Structure through galaxy & quasar clustering [LASTRO] or Line Intensity Mapping [Radio Cosmology Group]
  • Probing the Intergalactic Medium with the Lyman-Alpha forest [LASTRO] or 21cm measurements [Radio Cosmology Group]
  • Cosmological Simulations: synthetic universes that mimic observed large-scale structure [LASTRO]
  • Extragalactic Distance Scale: measuring distances and the Hubble constant using standard candles [RA Group]
  • Dark Matter: measuring the self-interaction cross section of Dark Matter [DH Group]

Galaxy Formation & Evolution

  • Formation and evolution of galaxies: surveys and numerical simulations
  • Galaxy clusters and cosmic filamentary structures
  • Local Group dwarf galaxies [PJ Group]
  • Massive black holes and AGN: cosmological and galaxy simulations
  • First galaxies and black holes at Cosmic Dawn: cosmological and galaxy simulations
  • Interpretation of galaxy and AGN spectra: spectral evolution modelling

Stellar Physics

  • Stellar Variability: Understanding pulsating stars through observations and theory [RA Group]
  • Stellar Spectroscopy: Measuring high-precision radial velocities of classical Cepheids [RA Group]
  • Understanding the nature of the First Stars in the Universe [PJ Group]

High-Energy Astrophysics