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Physics is about the fundamental building blocks of our world, as well as the forces and laws that govern them. In this bachelor's programme, you will gain access to the vast body of knowledge within physics. You will learn how to explore the properties of matter through advanced experiments and how to develop models to describe reality, often using detailed computer simulations. Depending on your chosen specialisation, you can delve into anything from investigating elementary particles to developing new components for energy-efficient technology.

During the Programme

In the first three semesters, you will build a solid foundation in physics and mathematics. Courses include mechanics, electromagnetism, quantum mechanics, thermodynamics, analysis, linear algebra, and programming. In semesters 4 and 5, you will apply this knowledge to different branches of physics—from elementary particles, nuclear and atomic physics, to material science—while getting in touch with different research environments at the physics department in Lund. In the third year, you may also choose 30 credits of elective courses, allowing you either to specialise in a particular field or broaden your expertise in other subjects. Alternatively, you can study a term abroad.

The programme includes lectures, laboratory work, problem-solving exercises, and project work. You will learn how to plan, conduct, and analyse experiments, programme, use advanced experimental equipment, and process and interpret measurement data. The amount of teacher-led instruction is high. You will develop both oral and written communication skills and gain valuable experience in group collaboration.

As a student, you will be part of a dynamic and internationally oriented university environment where all your lecturers are also researchers. There are many exciting research projects, both theoretical and experimental, to do your bachelor’s thesis in the final semester.

For example, 51ÖØ¿ÚÁÔÆæ has a profile area in Light and Materials, in which Nobel Laureate Anne L’Huillier is involved. Extensive research is also conducted in particle physics in collaboration with CERN, astronomy, quantum science, nuclear physics, and industrial research. Some projects are conducted at Lund’s world-leading research facilities, the MAX IV Laboratory and the upcoming European Spallation Source (ESS), with applications in natural sciences, engineering, and medicine. The bachelor programme in Physics provides excellent preparation for participating in these groundbreaking developments

After Graduation

Many of our students choose to continue their studies at the master’s level. As a trained physicist, you can work in a wide range of fields, such as environmental technology, space research, energy development, computational modelling, and simulations. Potential career roles include design engineer, measurement engineer, process developer, or quality manager. An alternative is to become a Physics teacher after your bachelor studies by a top-up programme in education (KPU).