PhD Studentship – Theoretical Particle Physics (Theoretical and Phenomenological Applications of Gauge‑Gravity Dualities to New Physics Models with Composite Origin)
Swansea University
Singleton Campus, Swansea, United Kingdom
This PhD studentship offers a fully funded research opportunity within the interdisciplinary field of theoretical particle physics, focusing on the theoretical and phenomenological applications of gauge‑gravity dualities (also referred to as holography) to new physics models with composite origin. The successful candidate will conduct research under the supervision of academic staff within the Centre for Quantum Fields and Gravity and will engage with both formal analytical methods derived from string theory and supergravity as well as numerical techniques for calculating observable quantities in strongly coupled theories relevant to particle physics and cosmology. The studentship is designed to foster advanced problem‑solving skills in foundational aspects of theoretical physics while contributing to ongoing developments in extending the Standard Model of particle physics. Students will benefit from immersive interaction within a world‑leading research environment, including participation in seminars, journal clubs and training programmes.
Eligibility Criteria
Applicants should hold or be expected to obtain an undergraduate degree with at least a 2:1 honours classification, or a master’s degree with overall Merit (or international equivalent) in Physics, Mathematical Physics or a closely related discipline. The scholarship is open to both UK and international applicants, subject to UKRI funding quotas and eligibility requirements. Candidates may be required to satisfy university and UK government criteria for research degree admission, including English language proficiency where applicable.
Required Expertise/Skills
Prospective candidates should demonstrate a strong academic background in theoretical physics, particularly in areas related to quantum field theory, string theory, gauge/gravity dualities, and mathematical methods in particle physics. Experience with analytical modelling and numerical computation will be advantageous. Highly motivated applicants with clear research interests aligned to the project topic are preferred.
Salary Details
The studentship covers the full cost of tuition fees and provides a tax‑free annual stipend at the UKRI rate (currently £21,805 for the 2026/27 academic year). Additional research support funds may also be available to cover expenses such as consumables and conference attendance.
Application Deadline
Applications must be received by 6 April 2026 for full consideration. Project start dates are scheduled for October 2026 and January 2027, with some flexibility for later commencement subject to the programme’s discretion.