Research area Physics

Physics is the science of studying the constituents of matter at a fundamental level and the forces that affect them. It studies the smallest elements of nature, but also the evolution and structure of the universe.

At Fysikum, research is carried out in both theoretical and experimental physics. The research is organised into seven research topics. Within these topics, research is usually carried out in project form, sometimes in collaboration between several research departments at Fysikum and often also in collaboration with research groups at other universities and research institutes.

Lectures in physics were given as early as the start of Stockholm University in 1878. Svante Arrhenius (Nobel laureate in chemistry in 1903) became the university's first professor of physics in 1895. One of the leading figures in quantum physics - Oskar Klein - was also a professor of physics at Stockholm University (1930-62).

Astroparticle and Elementary Particle Physics

Our research is focused on understanding the most fundamental particles and forces of nature, and on how these building blocks have shaped the history and structure of the cosmos.

Atomic Physics

In atomic physics we perform fundamental experimental and theoretical research on the inherent properties of atomic systems and on atomic collision processes in the broad sense.

Chemical Physics

The University's research encompasses theoretical and experimental aspects of molecular structures and fundamental processes in a wide range of contexts—from the properties of individual molecules and pure water to astrobiology, heterogeneous catalysis, and energy conversion.

Condensed Matter and Quantum Optics

The research of Condensed Matter and Quantum Optics is both experimental and theoretical.

Cosmology, Particle Astrophysics and Strings

The University conducts a wide range of research in theoretical and experimental astroparticle physics and cosmology. Researchers use phenomena such supernovae and gravitational lenses to measure distances in the universe in order to improve our understanding of dark matter and dark energy.

Instrumentation and Nuclear Physics

Stockholm University is engaged in different instrumentation research projects in the areas of accelerator physics, detectors for nuclear and particle physics, and systems for control and data acquisition.

Medical Radiation Physics

Medical Radiation Physics is a vast and complex translational research topic that deals with radiation physics applied to medicine and biology for medical radiation imaging and radiation therapy.