Through analysis of correlations within the longitude-velocity distribution of 6.7-GHz methanol masers, we identify density enhancements indicative of large-scale regions of enhanced star formation. In the context of the inner structure of our Galaxy these are interpreted as the starting points of the spiral arms and the interaction of the long Galactic bar with the 3–kpc arms. Signatures of a continuous 3–kpc arm structure are seen including a prominent tangent at –22° Galactic longitude
We present trigonometric parallax and proper motion measurements toward 22 GHz water and 6.7 GHz met...
Context. We investigated the molecular gas associated with 6.7 GHz methanol masers throughout the Ga...
Class II methanol (CH3OH) masers are amongst the clearest signposts of recent high-mass star formati...
Through analysis of correlations within the longitude-velocity distribution of 6.7-GHz methanol mase...
We explore the longitude-velocity distribution of 6.7–GHz methanol masers in the context of the inne...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
Methanol masers are often detected in regions of intense star formation. Several studies in the las...
Artículo de publicación ISI.Using the 870 mu m APEX Telescope large area survey of the Galaxy, we ha...
Methanol masers are often detected in regions of intense star formation. Several studies in the last...
International audienceMaking use of a new high-resolution spiral galaxy simulation as well as Gaia D...
We have made measurements to determine the parallax and proper motion of the three 6.7-GHz methanol ...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
Context. The spiral structure of the Milky Way is not yet well determined. The keys to und...
The Methanol Multibeam survey has produced the largest and most complete census of methanol and exci...
Context. High-mass stars play a prominent role in Galactic evolution, but their formation mechanism ...
We present trigonometric parallax and proper motion measurements toward 22 GHz water and 6.7 GHz met...
Context. We investigated the molecular gas associated with 6.7 GHz methanol masers throughout the Ga...
Class II methanol (CH3OH) masers are amongst the clearest signposts of recent high-mass star formati...
Through analysis of correlations within the longitude-velocity distribution of 6.7-GHz methanol mase...
We explore the longitude-velocity distribution of 6.7–GHz methanol masers in the context of the inne...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
Methanol masers are often detected in regions of intense star formation. Several studies in the las...
Artículo de publicación ISI.Using the 870 mu m APEX Telescope large area survey of the Galaxy, we ha...
Methanol masers are often detected in regions of intense star formation. Several studies in the last...
International audienceMaking use of a new high-resolution spiral galaxy simulation as well as Gaia D...
We have made measurements to determine the parallax and proper motion of the three 6.7-GHz methanol ...
The 6.7 GHz transition of methanol is the strongest of methanol masers, and is the second strongest ...
Context. The spiral structure of the Milky Way is not yet well determined. The keys to und...
The Methanol Multibeam survey has produced the largest and most complete census of methanol and exci...
Context. High-mass stars play a prominent role in Galactic evolution, but their formation mechanism ...
We present trigonometric parallax and proper motion measurements toward 22 GHz water and 6.7 GHz met...
Context. We investigated the molecular gas associated with 6.7 GHz methanol masers throughout the Ga...
Class II methanol (CH3OH) masers are amongst the clearest signposts of recent high-mass star formati...