IRAS 20050+2720: Anatomy of a young stellar cluster
Guenther, H. M., S. J. Wolk, Robert Gutermuth, B. Spitzbart, Tyler L. Bourke, I. Pillitteri, Kimberly L. DeRose
Abstract
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Guenther, H. M., S. J. Wolk, Robert Gutermuth, B. Spitzbart, Tyler L. Bourke, I. Pillitteri, Kimberly L. DeRose
Abstract
Open-access reader
We present early results of our multiwavelength study of the star forming region IRAS 20050+2720. While we use X-rays and IR to classify young stellar objects, the optical data can be used to exclude foreground objects. The dataset set contains 57 class I sources, 183 class II sources and 183 X-ray sources, of which 140 are class III candidates. Within IRAS 20050+2720 four subclusters are found. Subcluster A and B are the densest regions, which contain stars of all evolutionary stages. Subcluster C is much younger than the other two. It has not formed any class III objects yet. We newly identify a fourth subcluster, which consists mostly of class II objects and is located about 10 arcmin from the center of the cloud.
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We present early results of our multiwavelength study of the star forming region IRAS 20050+2720. While we use X-rays and IR to classify young stellar objects, the optical data can be used to exclude foreground objects. The dataset set contains 57 class I sources, 183 class II sources and 183 X-ray sources, of which 140 are class III candidates. Within IRAS 20050+2720 four subclusters are found. Subcluster A and B are the densest regions, which contain stars of all evolutionary stages. Subcluster C is much younger than the other two. It has not formed any class III objects yet. We newly identify a fourth subcluster, which consists mostly of class II objects and is located about 10 arcmin from the center of the cloud.
Key concepts: Class (philosophy), Stars, Astrophysics, Astronomy, Cluster (spacecraft), Set (abstract data type), Star (game theory), Physics