物理的力量，比任何其他科学都多，源于其理论基础。这些导致了电，磁和光学的统一以及量子理论的发展，并通过这些技术革命塑造了我们生活的大部分世界。它导致了诸如电信，材料科学，化学，晶体管（和微芯片）以及几乎我们所经历的每种技术的创造。
The power of physics, more than any other science, comes from its theoretical foundations. These have led to the unification of electricity, magnetism and optics and the development of quantum theory, and through these the technological revolution that has shaped much of the world we live in. It has led to the creation of technologies such as telecommunications, material science, chemistry and the transistor (and microchip). With our increasing dependence on technology for controlling, interacting with and understanding our world, theoretical physics is becoming ever more important. This is not just the case in areas such as quantum technologies where the need for theoretical physics is clear. Principles central to theoretical physics are applicable in many disciplines. For example, Noether’s ground-breaking theorem that symmetries lead to conservation laws does not just underpin ideas such as conservation of energy and momentum but also finds utility in finance. Our BSc Physics with Theoretical Physics degree will provide a solid understanding of core physics with an emphasis on theory, and on the formulation and solving of physics problems using mathematics and computing. Over the three years of the course you will study such areas as symmetry, conservation laws, electromagnetism, relativity, condensed matter, quantum physics and physics of materials, with advanced physics modules informed by departmental research in the final year, the chance to carry out an individual project and optional modules that allow you to tailor the course to your particular interests.