Programming language/Mathematical environments
- Fortran, Python, Octav
- Author of DMS code: the simulation of debris disks (optically thin systems) observables (written in Fortran 90/Python)
Software for reduction and analysis of astronomical images
- IRAF
Virtual Observatory tools
- TOPCAT, Aladin, VOPlot
Computing platform
- UNIX, Mac, Window
Webpage creation/maintenance
- Creation, developing and maintenance using CSS/HTML
Organizing conference
- FOR 2285 Face-to-face meeting, 18 - 19, February 2020, Kiel, Germany
- FOR 2285 Face-to-face meeting, 13 - 14, February 2017, Kiel, Germany
- EU-Korea Conference on Science and Technology 2019, July 2019, Vienna, Austria
- EU-Korea Conference on Science and Technology 2018, July 2018, Glasgow, Scotland, UK
Others
- LATEX, image editors (PowerPoint, Adobe Photoshop, Gimp), SPSS
Language
- Korean: native
- English: advanced understanding, reading, and writing
- Russian, German, French: basic understanding and reading
RESEARCH INTEREST
- Star and planet formation
- The earliest stages of star and planet formation, protoplanetary disks, and debris disks
- Radiative transfer codes to derive the physical conditions in star and planet formation
- Physical structure and kinematics using molecular lines and dust continuum emission
- Modeling of star and planet formation
Please write me if you want to have a discussion!
Minjae.Kim@oeaw.ac.at