For the first time torsional Alfvén waves have been directly observed in the solar corona by a team of researchers from the University of Oslo and the University of Warwick. The discovery sheds light on the origin of magnetic waves and their role in the heating of the Sun’s outer atmosphere, the corona.
Coronal rain is one of the most striking features of the solar atmosphere. With the higher resolution of the European Solar Telescope, solar physicists will better understand their structure and formation.
We need the extreme capabilities of the European Solar Telescope in order to fully understand the role of spicules in the mass transport and heating of the outer solar atmosphere.
The Rosseland Centre for Solar physics continues growing and attracting young, talented researchers. Get to know four new PhD students at the beginning of their scientific ventures.
Solar physicists have uncovered how the Sun’s magnetic waves strengthen and grow as they emerge from its surface.
After ten months spent at the provisory offices at Ullevål Stadium, the astrophysicists are back to Svein Rosseland’s house, and all together celebrate the inauguration of the new premises for Rosseland Centre for Solar Physics, one of the nine Centers for Excellence at UiO.
With the advent of the 4-m European Solar Telescope, the surface of the Sun will be observed with unprecedented detail. Such measurements will help us understand the twisting motions responsible for the generation of vortex flows and waves that propagate higher up in the solar atmosphere.
Helle Bakke, second year Ph.D. student of the Rosseland Centre for Solar Physics, is the winner of the "Audience choice" award at this year's PhD poster session.
The European Solar Telescope (EST), a new 4 meter class solar telescope to be built in the Canary Islands (Spain), will help solar researchers to discern the ultimate details of reconnection at the finest spatial scales thanks to its superb spatial resolution.
The Spanish Astronomical Society awards the prize for the best PhD thesis in astrophysics of 2018 to Dr. Daniel Nóbrega Siverio, one year-old postdoc at RoCS.
The first annual report of the Rosseland Centre for Solar Physics (RoCS) is now available! Discover the vision and the scientific programme, the activities and the achievements done by all the people working at RoCS.
RoCS, the freshly established Norwegian Centre of Excellence, welcomes four new PhD students in Solar Physics.
World leading European solar/stellar physicists granted €10 millions to unveil the mysteries of our life-energy source: the Sun. Mats Carlsson, professor at the Institute of Theoretical Astrophysics and Principal Investigator, reveals objectives and strategy of his ambitious project.
A recent article by RoCS' doctoral research fellow, Souvik Bose and K. Nagaraju of the Indian Institute of Astrophysics, is featured as a research highlight in the American Astonomical Society Nova.
The image shows the heating in the upper solar atmosphere called the corona. Here the temperature is more than 1 Million Kelvin, much hotter than the solar surface.
A new article by professor Mats Carlsson at RoCS, among others, was recently selected as a highlight in the scientific journal "Astronomy & Astrophysics".
Charalambos Kanella and Boris Gudiksen at RoCS has published a research paper in the journal "Astronomy & Astrophysics".
The SolarALMA project is featured in an article in EUs research and innovation magazine Horizon.
Rosseland Centre for Solar Physics (RoCS) officially opened on November 1st 2017.
The solar research group at the Institute of Theoretical Astrophysics becomes new centre of excellence.
