Adrianus Bik Docent

Contact

Name and title: Adrianus BikDocent

ORCID0000-0001-8068-0891 Länk till annan webbplats.

Visiting address Room C6:3033Roslagstullsbacken 21, C 6 & D 6

Postal address Institutionen för astronomi10691 Stockholm

Research group

The Galaxy group

The Galaxy Group at the Astronomy Department investigates how galaxies form and evolve across cosmic time. We combine ground- and space-based observations spanning the full electromagnetic spectrum with advanced theoretical modelling to understand the astrophysics that formed and shaped the galaxies we see today.

About me

My name is Arjan Bik and I am a researcher in the Galaxy group of the Astronomy department at Stockholm University. 

I am working on analysing inter stellar mater and star cluster feedback in nearby star forming galaxies using optical integral field spectroscopy. I also study massive star clusters in our own galaxy by analyzing their stellar content with infrared spectroscopy to derive their formation history.

  • JWST/MIRI: Member of the  High-z GTO team focussing on integral field spectroscopic observations with the MRS spectrograph.
  • ELT/MOSAIC: Member of the technical team working on the data reduction and analysis software.
  • ELT/MOSAIC: Member of the science working groups defining the science cases for MOSAIC
  • ELT/ANDES: Member of the extra galactic science working group
  • BlueMUSE: Member of the galactic and nearby galaxies science working groups.

 

2025: Introduction to Astronomy (AS5005)  and Observational Techniques 1 (AS7003)

2024: Observational Techniques 1 (AS7003)

2017: Introduction to Astronomy (AS5001)

2016: Introduction to Astronomy (AS5001)

 



Contact

Name and title: Adrianus BikDocent

ORCID0000-0001-8068-0891 Länk till annan webbplats.

Visiting address Room C6:3033Roslagstullsbacken 21, C 6 & D 6

Postal address Institutionen för astronomi10691 Stockholm

Research group

The Galaxy group

The Galaxy Group at the Astronomy Department investigates how galaxies form and evolve across cosmic time. We combine ground- and space-based observations spanning the full electromagnetic spectrum with advanced theoretical modelling to understand the astrophysics that formed and shaped the galaxies we see today.