Our Physics degree equips you with a broad conceptual and practical working knowledge of physics, along with key transferable skills enabling you to embark on a wide variety of career paths. . The specialist teaching is informed by our world-leading activities in areas such as low-temperature physics and quantum technologies.
The core curriculum includes subjects such as Quantum Physics and Electromagnetism in your first year, Quantum Mechanics and Relativity in your second year, and Particle Physics, Atomic Physics and Condensed Matter Physics in your third year. This is complemented by laboratories where you will perform state-of-the-art experiments with sophisticated equipment and associated software. Alternatively in year 3, students can choose to do an extended industrially oriented group project in collaboration with a company or other external organisation. In years three and four, there is a wide range of advanced options which include subjects such as Quantum Computation, Matter at Low Temperatures, and Space Physics.
In your final year you will take part in an extended investigative project in one of our leading research groups, giving you access to world-leading facilities such as our unique Quantum Technology and Low-Temperature centres. Examples of recent project topics include vortices in superfluids, single photon photodiodes, nanoscale probe microscopy of graphene, quantum dots and other novel quantum nanostructures.