... Acknowledgment: Cambridge Astronomical Survey Unit Explanation: Drifting through the one-horned constellation Monoceros , these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud ...
... Acknowledgment: Cambridge Astronomical Survey Unit Explanation: Drifting through the one-horned constellation Monoceros , these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud ...
... Acknowledgment: Cambridge Astronomical Survey Unit Explanation: Drifting through the one-horned constellation Monoceros , these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud ...
... Drifting through the one-horned constellation Monoceros, these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud. ...
... Drifting through the one-horned constellation Monoceros, these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud. ...
... Drifting through the one-horned constellation Monoceros, these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud. ...
... Drifting through the one-horned constellation Monoceros, these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud. ...
... Drifting through the one-horned constellation Monoceros, these dusty streamers and new born stars are part of the active Monoceros R2 star-forming region, embedded in a giant molecular cloud. ...