We have used the new broadband capabilities of the Mopra telescope to map the distribution of 26 different molecular transitions in an approximately 1 degree square region of the southern Galactic plane (the G333/RCW106 giant molecular cloud complex). The aim is to addresss observationally some of the key questions about the dynamical processes surrounding massive star formation (e.g. massive stellar winds and large-scale galactic flows) and their relative importance in regulating the star formation process. These dynamical processes help drive the turbulent motions, which are ubiquitous in giant molecular clouds (GMCs). The multi-molecular line nature of this survey is what distinguishes it from similar surveys and is crucial for gaining a...
Aims. We aim to better understand how the spatial structure of molecular clouds is governed by turbu...
The nearby galaxy M51 (also known as the Whirlpool galaxy) hosts an iconic grand-design spiral patte...
We present multimolecular line maps obtained with the Mopra telescope towards the southern giant mol...
We have used the new broadband capabilities of the Mopra telescope to map the distribution of 26 di...
We are studying the molecular clouds in the region around G333.6-0.2 in a number of 3-mm transitions...
If a giant molecular cloud (GMC) begins with the same molecular abundances throughout, then any chan...
We present molecular line imaging observations of three massive molecular outflow sources, G333.6-0....
We present molecular line imaging observations of three massive molecular outflow sources, G333.6-0....
A unified theory of star formation remains one of the major unsolved issues in astrophysics. Present...
Recent mm/sub-mm observations of molecular clouds suggest that molecular gas shows highly filamentar...
We present the first paper in a series detailing the results of 13CO observations of a ∼1 deg2 regio...
Accepted ***. Received ***; in original form *** We present multi-molecular line maps obtained with ...
International audienceWe present the first paper in a series detailing the results of 13CO observati...
Aims. We aim to better understand how the spatial structure of molecular clouds is governed by turbu...
The nearby galaxy M51 (also known as the Whirlpool galaxy) hosts an iconic grand-design spiral patte...
We present multimolecular line maps obtained with the Mopra telescope towards the southern giant mol...
We have used the new broadband capabilities of the Mopra telescope to map the distribution of 26 di...
We are studying the molecular clouds in the region around G333.6-0.2 in a number of 3-mm transitions...
If a giant molecular cloud (GMC) begins with the same molecular abundances throughout, then any chan...
We present molecular line imaging observations of three massive molecular outflow sources, G333.6-0....
We present molecular line imaging observations of three massive molecular outflow sources, G333.6-0....
A unified theory of star formation remains one of the major unsolved issues in astrophysics. Present...
Recent mm/sub-mm observations of molecular clouds suggest that molecular gas shows highly filamentar...
We present the first paper in a series detailing the results of 13CO observations of a ∼1 deg2 regio...
Accepted ***. Received ***; in original form *** We present multi-molecular line maps obtained with ...
International audienceWe present the first paper in a series detailing the results of 13CO observati...
Aims. We aim to better understand how the spatial structure of molecular clouds is governed by turbu...
The nearby galaxy M51 (also known as the Whirlpool galaxy) hosts an iconic grand-design spiral patte...
We present multimolecular line maps obtained with the Mopra telescope towards the southern giant mol...