PhD Studentships in the Astrophysics Group
PhD 3.5 years Bristol, UK
Uploaded 27 Oct 2019
The Astrophysics Group offers PhD studentships for research projects in astrophysics, leading to a PhD degree from the University of Bristol. The Group offers studentships funded by STFC or the University. While the number of such studentships is necessarily limited, the Group may also take well-qualified self-funded students. We also expect to offer at least one astrophysics PhD studentship as part of the UKRI Centre for Doctoral Training in Artificial Intelligence, Machine Learning & Advanced Computing. For all of these studentships, please follow the application process below.
Applications received by 14th February 2020 will be given full consideration (later applications may be considered if places are available). The strongest applicants will be invited for a visit and interview day (usually in early or mid March). To apply, use our on-line application form, and for more information send us an email.
For information on funding, see this link. In particular, note that there is the possibility of University funding for exceptionally well-qualified overseas students. If you are interested in applying for University funding, please contact us as soon as possible to discuss your application.
There are additional studentships available for Chinese students, as described here. For these Chinese scholarships, the deadline is 20th January 2020, so please contact us as soon as possible if you are planning to apply.
PhD students carry out independent research under the direction of a member of academic staff in one of the group's areas of research interest, and the degree is awarded on the basis of examination of a thesis after three and a half years.
Examples of possible PhD research programmes are given below:
- Using Machine Learning to Explore the Evolution of Active Galaxies with Euclid
- Exoplanets: Atmospheric Characterisation with JWST
- Planets: Accretion, Erosion, and Giant Impacts
- XXL: The Ultimate XMM Extragalactic Survey
- Galaxy Evolution
- The Sunyaev-Zel'dovich Effect
- Similarity Breaking in Galaxy Clusters
- Cluster Lenses
- Weighing Clusters of Galaxies
- Accreting Black Holes
We encourage applications from any suitably-qualified students (usually with a first class or upper second class degree in Physics or a related subject) from the UK or overseas.