Supernovae, Gamma-ray Bursts and Compact Objects
Massive stars end their lifes in gigantic explosions, supernovae. Sometimes these explosions also result in gamma-ray bursts. The end results are newly synthesized elements, neutron stars and black holes.
At our department we study both the explosion itself and the radiation resulting from the interaction with the surrounding medium. A well-studied example is SN 1987A. The gamma-ray bursts are even more energetic and can be observed across the Universe.
The remnants in the form of a neutron star or a black hole often give rise to radiation in the radio, X-ray and gamma-ray ranges. This is caused by the material accreted onto the compact object. We study these phenomena by ground based telescopes, satellites and balloon instruments.
A related research area at the department is the use of supernovae for cosmology and the study of the cosmic acceleration.
Much of this research is performed in collaboration with the Physics departments at Stockholm University and the Royal Institute of Technology (KTH) in the strong research environment of the Oskar Klein Centre.
For contact information, please visit our .
September 20, 2012
Page editor: Bengt Larsson
Source: Department of Astronomy
- 4 PhD positions in astronomy 2017-03-30
- The Swedish Research Council has granted support to the GREAT research environment 2017-03-03
- Open position: Postdoctoral Fellow in Extragalactic Astronomy 2017-02-20
- New Research Council grants for astronomy 2017-01-17
- Daniel Mortlock, new guest researcher at the department 2016-10-10