Physics Research MPhil/PhD

Each of our research students is associated with a research group and supervised by a member of staff from this group. As part of this supervision you will take part in a monitoring exercise every six months. Your supervisor will help you learn the techniques you may need and advise on training/courses to attend.

We have excellent student facilities, including personal computers and office space for each of our graduate students. There is very extensive online access to journals and an excellent study environment in the College Library. Networking with other graduate students in the College is encouraged through the activities of the Graduate School.

Postgraduate training

All research students attend the School and College-based training in transferable skills. Training needs in specialised research techniques are assessed on an individual basis.

More about the Department of Physics

The Department has a distinguished history, with the study of Physics at King's College dating back to its foundation in 1829. The first Professor was Sir Charles Wheatstone, with other former professors including James Clerk Maxwell, who discovered the unified equations of electromagnetism while at King's, and four Nobel laureates. The seminal x-ray crystallography work by Wilkins and Franklin which led to the discovery of the structure of DNA, was performed in the Physics Department. The department today has a reputation as a friendly and supportive environment, with research in the department encompassing biophysics, materials science, nanotechnology, and theoretical particle physics and cosmology.

The Department has recently appointed international research leaders to head its three research groups: Professor John Ellis FRS, who has joined King's from CERN to lead the Theoretical Particle Physics & Cosmology Group; Professor Mark van Schilfgaarde, an expert in electronic structure theory, who heads the Materials & Molecular Modelling Group; and Professor Anatoly Zayats, a world-leader in the new field of plasmonics, who leads the Experimental Biophysics & Nanotechnology Group.

Activities in biophysics enjoy strong links with the Randall Division for Cell and Molecular Biophysics in the School of Biomedical Sciences, and the molecular and materials modelling group is part of the London-based Thomas Young Centre for Theory and Simulations of Materials. Research in theoretical physics and cosmology has a particular focus on the interdisciplinary area of astro-particle physics and on LHC phenomenology, with strong links to CERN through an ERC Advanced Investigator Grant held by Prof Ellis.