Research within the School of Mathematics and Physics focuses on four key areas: Algebra, Astrophysics, Computational Physics and Experimental Nanophysics.
Pure Mathematics in the School is focused on Group Theory and Theory of Lie Rings. One of the most important concepts of modern algebra, groups appear throughout mathematics, and as measures of symmetry, groups are used in physics and in materials science.
Our research aims to achieve greater commutativity of important classes of groups, and developing novel Lie Rings methods in the study of abstract groups.
Our astrophysics research is dealing with one of most complex structures in our Solar system, such as planetary rings, for instance around Saturn.
An emerging direction is also investigation of disks around exoplanets and potential moons formation which could support life.
The School is home to the Computational Physics Group, with research encompassing computational and theoretical physics as well as applied mathematics of nano-structured soft matter, solid/soft matter interface, molecular biophysics and biologically inspired systems.
The group aims to understand the self-assembly of such systems, their intricate dynamics and complex patterns, which can aid in the design of smart materials of the future.
The Experimental Nanophysics and Nanotechnology Group brings together expertise in a range of disciplines to focus on various applications of nanotechnology, from renewable energy to nanomedicine.