Master Programme in Physics, Theoretical Physics

<p>Would you like to understand how our physical world is constructed and functions from a theoretical and mathematical perspective? This Master’s programme allows you, from a theoretical perspective, to immerse yourself in subject areas such as atomic physics, nuclear physics, nanophysics, solid state physics or particle physics.</p><p>During the Master’s programme students can examine several different approaches to matter and elementary particles as well as their inherent forces. You will also participate in dynamic research environments that are closely associated with two world-leading research facilities in Lund: the MAX IV Laboratory and the forthcoming ESS (European Spallation Source) neutron source.</p> <p>The Master’s programme covers a broad spectrum of the areas found within theoretical and mathematical physics. Regardless of which area you choose, the programme provides a stable foundation of theoretical knowledge which enables to develop new models. In theoretical particle physics, for example, you can decide to study the smallest constituents of matter and how these elementary particles interact with one another. You can also immerse yourself in applications of mathematical physics within the subject areas of nuclear physics and solid state physics.</p> <p>The programme provides strong proficiency in the fundamentals of theoretical physics and good opportunities to specialise in a research area of your interest and choice. The Master’s programme has strong ties with research and a high proportion of teacher-directed learning. The programme is offered by the Department of Physics. The programme is taught in English.</p> <h3>Programme structure</h3> <p>The programme has two compulsory courses, one on quantum mechanics and one on quantum physics in research and society. During the first year of study you will also choose among several other courses such as mathematical methods in physics, computational physics, statistical mechanics, general relativity, advanced quantum mechanics and advanced electromagnetism.</p> <p>During the second year of study you will continue to build your expertise based on your own wishes. You can take courses on e.g. quantum field theory, theoretical particle physics, artificial neural networks, theoretical nuclear physics or symmetries and group theory. The degree project is generally worth 30 credits and conducted in a research team, but it can also be extended to comprise more credits.</p> <h3>Career prospects</h3> <p>Graduates of the programme can embark on several different career paths depending on the selected programme profile. The Master’s programme gives you a good foundation for third cycle studies within physics, and a large proportion of those who have completed the Master’s programme in theoretical physics go on to apply to doctoral programmes. You can, however, also choose a career path outside academia in areas such as information and communication technology or energy production, where there is a need for expertise in advanced programming and modelling. In addition, new research facilities, such as the MAX IV Laboratory and ESS in Lund, also contribute new opportunities on the labour market.</p><p>https://www.fysik.lu.se/en/education/masters-degree-programmes/masters-programme-physics-theoretical-physics</p>