About the subject

As a physicist you have a drive to understand the laws of nature controlling our world. You are not satisfied by only passively observing the world around you, but want to know why atoms are bonded together to form molecules, why the sky is blue, and why the universe is expanding. A deep understanding of fundamental physics is necessary in order to be able to answer questions like these.

Physics is the science describing phenomena in nature, ranging from the smallest components of matter to the largest structures in the universe. It is from the discoveries in modern physics that have allowed breakthroughs in many diverse and varied fields, such as in electronics, computer technologies, material physics, medical diagnostics, and energy research, that underpin modern society.

By studying physics at Stockholm University, you will be given the tools and the opportunity to develop a deep understanding of fundamental physics: to investigate and test the underlying laws of physics through advanced theoretical problems, experimental measurements , and computer simulations.

At the Department of Physics, there is a close connection between teaching and research. Each member of staff is an active researcher at the department, where new and exciting research findings and the methodology of undertaking research are used to strengthen the teaching activities. There is emphasis on small-group teaching, and via discussion and peer-review with your fellow students, and interaction with teachers, you will be trained in solving problems of a theoretical and experimental character.

There is a Bachelor program in Physics where the courses in the 3rd year are offered in English. These are courses in modern physics that also attract exchange students.

With a bachelor degree in Physics, you can study a Master program in Physics. We offer three different Master programs; Physics; Theoretical Physics; and Computational Physics. In the Master program in Physics, you will be trained to develop carefully controlled experiments to allow for measurements of new physical phenomena, and to confirm or invalidate new theories. In the Theoretical Physics program, you will focus on areas ranging from string theory and quantum phenomenon to general relativity and cosmology. Finally, the Computational Physics program will train and equip you with the numerical methods necessary to solve challenging problems in many different fields of physics.

Career opportunities

After a university degree in Physics, there is a broad job market open for you both in Sweden and internationally. It is your competence in general problem solving that is attractive to employers, and in the job market your status is similar to that of an engineer, where your competence is within the subject expertise. Examples of tasks an employer expects a graduate of Physics to undertake could be to develop models, improve measuring methods or to perform calculations or simulations. Your ability of analytical thinking is a much sought-after skill to employers in high-technology areas. With an undergraduate degree in Physics you can also follow a bridging teacher education program to become a school teacher. If you are interested in research at Stockholm University, after a Master degree it is possible to continue onto a PhD in Physics, Theoretical Physics or Chemical Physics.

Courses and programmes


A bachelor’s degree in Physics can only be obtained through enrolment in the bachelor program listed under Educations within the subject.

A master’s degree in Physics can only be obtained through enrolment in one of the master’s programmes listed under Educations within the subject.

More information about degrees at Stockholm University


Research is carried out in different fields of physics at the Department of Physics.  We are trying to understand dark matter, reaction processes occurring in interstellar molecular clouds and planetary atmospheres where ions collide, the anomalies properties of water or the fundamental quantum mechanics necessary for construction of the quantum computers of the future. Fundamental research is carried out both in theoretical as well as experimental physics, and activities are organized into seven research divisions: atomic physics, chemical physics, condensed matter and quantum optics, elementary particle physics, instrumentation physics, and medical radiation physics. Within each division, research is carried out in smaller groups, often in collaboration with other local groups, and also with external Swedish or and international groups, and within the groups both experimental and theoretical research is carried out. Each research division has its own website where information on the ongoing research projects is described.

More information can be found at