Space mission Solar Orbiter’s SoloHI instrument captures its first coronal mass ejection, which are important drivers of space weather. RoCS – Rosseland Centre for Solar Physics, UiO contributes in the space mission that makes it possible.
Many people start in astrophysics because of the beauty in trying to understand the mysteries of our universe. Myself (and maybe others?) because we like the beauty of using computers in challenging ways plus cool mathematics when applied to astrophysics, writes Maria Guadalupe Barios Sazo at RoCS - Rosseland Centre for Solar Physics.
"Living in Scandinavia was also a personal dream, since I have always admired the lifestyle and the well-being generally associated to these countries" - Davide Decataldo.
Marianne Omang has been affiliated with RoCS as an adjunct professor since she finished her PhD in 2005.
Bart De Pontieu, Professor II, explores the findings, advances made, challenges and future hopes for the data collected by IRIS, the NASA Small Explorer spacecraft.
An Early Career Researcher Prize has been awarded to Dr. Daniel Nóbrega-Siverio working at Rosseland Centre for Solar Physics, UiO.
March 2021 marks the start of the study design for a new, revolutionary, low carbon footprint sub-millimetre telescope.
In the middle of the pandemic, Ana Belén Griñón Marín, moved from Stanford University to RoCS, UiO. She joined the team for her second postdoctoral position.
Two publications have been accepted for publication from RoCS in February. Postdoctoral fellows Ana Belén Griñón Marin and Atul Mohan present their latest findings.
- It did not take me a long time to accept the invitation to work with RoCS. I’ve always thought that the group was no less than world-leading in its field, says Guillaume Aulanier who newly joined the Centre of Excellence at UiO.
A nice start of the year: Four publications have been accepted for publication from RoCS in January. See the overview here.
The spacecraft Solar Orbiter has captured three of the four rocky planets on video on it’s way to getting closer to the sun. Doctoral Research Fellow Aditi Bhatnagar at RoCS, UiO tells us more about it.
Good talks, good discussions and many participants logged on. RoCS - Rosseland Centre for Solar Physics are doing their first virtual workshop this week. Every afternoon for four days.
Aditi Bhatnagar found the move from India to RoCS - Rosseland Centre for Solar Physics to be swift. She has started her way to her Doctorate Degree.
"My research goal? Constraining cosmological and gravitational models and discovering the nature of dark energy".
Her name is Maria Guadalupe Barrios Sazo, but she goes by Lupe. She has come all the way from Guatemala to work as a Research Software Engineer at RoCS - Rosseland Centre for Solar Physics.
Heating of the solar atmosphere (i.e., the chromosphere, the transition region, and the corona) has been a much-debated topic in solar physics for many decades. Seven researchers and scientists at RoCS - Rosseland Centre for Solar Physics, UiO, comes up with some answers in a worldwide cooperation.
An article in Titan is dedicated a breakthrough work of the WaLSA international working group where Shahin Jafarzadeh from RoCS - Rosseland Centre of Solar Physics, UiO, take part.
Julen nærmer seg, og julenisser, julelys og julebrus er å se rundt ethvert hjørne. Universet er stort, og har utrolig mye å by på – kanskje til og med litt julestemning!
Solar Orbiter is getting ready for the first of many gravity assist flybys of Venus on 27 December, to start bringing it closer to the Sun and tilting its orbit in order to observe our star from different perspectives.
- My work will be focused on the long-standing puzzle of energy transport throughout the solar atmosphere, explains Kilian Krikova.
This BeyondPlanck paper presents new images of polarized emission from astrophysical sky components using never before combined data sets with a brand new approach.
Maryam Saberi from Iran started working at RoCS two months before the Covid-19 close-down of Norway.
Instrumental calibration is vital for the results of a CMB experiment to make sense. But how can we calibrate the instrument using measurements that we ideally need to calibrate the instrument to measure properly?
The BeyondPlanck collaboration has performed the most detailed analysis of the Planck Low Frequency Instrument (LFI) data to date, leading to a cleaner view of both the early universe and our own Milky Way.