This research lies in the field of mathematical and computational physics, with a particular focus on Einstein's theory of general relativity and gravitation. It is driven by fundamental questions in physics, but approaches these questions through highly mathematical frameworks involving differential geometry, partial differential equations, dynamical systems, and mathematical analysis.
The research seeks to understand the behaviour of spacetime, black holes, gravitational waves, and other relativistic phenomena by developing and applying rigorous mathematical methods. Many of the problems studied are analytically challenging or intractable, requiring the development of advanced numerical techniques and large-scale computational simulations alongside theoretical investigations.
By combining mathematical rigor, computational modelling, and physical insight, this area of research aims to deepen our understanding of gravity and the structure of the universe while contributing to the mathematical foundations of modern theoretical physics.
PhD and Master's level projects are available in this research area.
Supervisors
Primary Supervisor: Chris Stevens
Key qualifications and skills
Introductory course in GR such as PHYS415
Does the project come with funding
No - Student must be self-funded
Final date for receiving applications
Ongoing
How to apply
Apply by email to primary supervisor
Keywords
mathematical physics, general relativity, black holes, gravitational waves
