Advanced quantum mechanics
7.5 creditsIn this course we present some advanced topics in quantum mechanics, whose foundations were set in the course 4FY819 Quantum Mechanics II. Course content typically includes path integrals, an introduction to the formal scattering theory and relativistic wave equations, with additional input and variation from year to year. The student final project, which is part of the student evaluation, aims at applying some of the course content to research problems of present interest in modern condensed matter physics and quantum field theory.
Distance – study where you are
Distance learning can be structured in different ways – it may be entirely online, or include a few on-campus sessions or meetings at one of our learning centres. The common factor is that most of the learning happens online.
You communicate with your teacher and fellow students through a learning platform, which provides access to discussion forums, group work opportunities, and digital meetings. In many cases, you also have access to recorded lectures via the platform.
The advantage of distance learning is its flexibility – ideal for those who want more freedom to decide when and where to study. However, keep in mind that some mandatory elements of your programme may take place during working hours, even if they are conducted online.
Build your own degree
Did you know that you can combine single-subject courses to build your own degree? In this way, you can design your own degree based on your interests and the career you are aiming for. This does not apply to all courses so make sure to check with a study counsellor at the faculty. Learn more about how you can build your own degree and become unique on the labour market.