兰开斯特的粒子物理学家与最先进的粒子加速器一起研究和识别时空的本质。我们的常驻宇宙学家利用其所有的创造力和数学能力，以补充和支持观测和实验数据的方式来解释宇宙的早期历史。所有这些专业知识都将在我们核心物理课程的基础上转化为令人兴奋的现代物理课程。在整个MPhys学位课程中，您将学习一系列学科，包括第一年的量子物理学和电磁学，以及第二年的天文学，粒子检测和入门宇宙学。在您的第三年中，您的课程包括大爆炸宇宙学，风味物理学和粒子物理学实验室研究。在您的最后一年中，您将学习诸如当前宇宙论和量规理论之类的主题。您还
Lancaster's particle physicists work with state-of-the-art particle accelerators to investigate and identify the nature of space and time. Our resident cosmologists employ all of their creative and mathematical abilities to explain the early history of the universe in a way that complements and supports observational and experimental data. All this expertise is translated into an exciting, modern physics course based on the foundation of our core physics programme. Throughout your MPhys degree you will take a range of subjects including Quantum Physics and Electromagnetism in the first year, as well as Astronomy, Detection of Particles and Introductory Cosmology in the second year. In your third year, your modules include Big Bang Cosmology, Flavour Physics and Particle Physics laboratory studies. In your final year you will study subjects such as Current Cosmology and Gauge Theory. You can also carry out your extended investigative project using experimental data from the Large Hadron Collider at CERN or the T2K neutrino experiment in Japan. Recent project topics include axions and hidden sector photons, W bosons, CP violation using B mesons, the Higgs particle, ATLAS silicon sensors, quarkonium, neutrino oscillations, neutrino interaction measurements, neutrinoless double beta decay and cosmic inflation.