If you want to study fundamental physics and its underlying mathematical principles, this course is for you.

You’ll explore the most recent theoretical advances in atomic, condensed-state, nuclear and particle physics. In your final year, you’ll join our teams and research fundamental questions, such as:

• What is the origin of the masses of the known elementary particles?
• What is the quantum theory of gravitation?
• How did an asymmetry between matter and antimatter develop in the early universe?
• How can we test these ideas at experiments, such as the Large Hadron Collider, or the Planck Satellite?

You’ll be part of a close community – our lively Physics Society arranges regular social events. Our building is a real hub of activity. Outside the classroom, you can study or catch up with your friends in our popular student spaces. 

During your course, you’ll:

• develop transferable skills
• get dedicated careers and CV advice
• have opportunities to meet potential employers.

Our graduates find employment in a diverse range of fields including geophysics, aerospace, consulting, teaching, and the scientific Civil Service. Many of our graduates go on to postgraduate research and PhD study.