Department of Physics
Education
Application period for Spring 2024 is open 15th September - 16th October.
The Prize is awarded annually. 2023 it goes to: Filippo Schiavo - new learning methods in Radiation Sources with Medical Applications. Ivelin Georgiev - outreach event combining classical music and astronomy talks.
Meet Daniel, a Master's student in theoretical physics from the US. He had always wanted to become a professional baseball player, but life had different plans for him.
We offer high-quality education with a strong connection to frontier research. We promise exciting studies!
Slideshow
The research areas span over the beneficial and the detrimental effects of radiation, topics in the field of radiation applied to medicine, including diagnostics and radiation therapy and radiation protection.
We perform research projects in the areas of accelerator physics, detectors for nuclear and particle physics, and systems for control and data acquisition.
In our research we use supernovae and gravitational lenses for distance measurements aimed at a better understanding of dark matter and dark energy.
The research focuses on the fundamental aspects of quantum phenomena in light and matter, and has several potential applications in quantum information technology, quantum electronics and nanotechnology.
The research is centered at fundamental aspects of the structure, reaction dynamics and kinetics of molecules in various environments and their interactions with electrons and electromagnetic fields.
We perform research on inherent properties of atomic systems and on atomic collision processes. The experiments are mostly carried out at the DESIREE facility at the Department of 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.
At Fysikum we do research in theoretical and experimental physics in 7 different subjects. The research is usually done in projects. We collaborate with various departments and other universities.
He was mostly interested in chemistry and physics in school and he continued with this focus. Since then, Professor Anders Nilsson has worked in several countries and his list of publications and awards is long.
Mohamed Bourenanne is part of the National Quantum Communication Infrastructure in Sweden (NQCIS) project, which received SEK 30 million from Vinnova and is coordinated by KTH.
The conversion of carbon dioxide back into fuels via electrochemistry is a very attractive alternative. "In my studies, I am following time-resolved transformation at the atomic and molecular level, says Sergey Koroidov"