📖Program Curriculum
Most course work is done in the first year and you have a wide range of courses to choose from, including Accelerator Physics and Technology, Advanced Nuclear Physics, Quantum Field Theory and Quantum Chromodynamics. More basic courses are also available, including those in Special Relativity, Electrodynamics and Quantum Mechanics.
A large part of the second year is devoted to a degree project. There are a variety of projects open to you, usually based on one of the experiments the group is actively engaged in. Topics that we offer can range from detector development, over experimental data analysis or simulations of experiments, to theoretical research.
The projects can involve data analysis and simulation, or can be more directed toward instrumentation. There is also the possibility of doing a more theoretical project, for example on the structure of hadrons and predictions for their properties, or interpretation of LHC data to test or find discrepancies with the standard model.
The programme has a very strong connection to research in the Division for Nuclear Physics and the Division for High Energy Physics at the same Department, which are internationally highly competitive. The research in our groups is highly collaborative, and during the thesis project you will be integrated in a research group.
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