We present an Atacama Large Millimeter/submillimeter Array (ALMA) 106 GHz (Band 3) continuum survey of the complete population of dense cores in the Chamaeleon I molecular cloud. We detect a total of 24 continuum sources in 19 different target fields. All previously known Class 0 and Class I protostars in Chamaeleon I are detected, whereas all of the 56 starless cores in our sample are undetected. We show that the Spitzer+Herschel census of protostars in Chamaeleon I is complete, with the rate at which protostellar cores have been misclassified as starless cores calculated as <1/56, or <2%. We use synthetic observations to show that starless cores collapsing following the turbulent fragmentation scenario are detectable by our ALMA observati...
Copyright © 2011 ESO / EDP SciencesContext. Chamaeleon I is the most active region in terms of star ...
Context. The Chamaeleon II molecular cloud is an active star-forming region that offers an excellent...
International audienceStarless cores represent the initial stage of evolution toward (proto)star for...
We present an Atacama Large Millimeter/submillimeter Array (ALMA) 106 GHz (Band 3) continuum survey ...
Compact substructure is expected to arise in a starless core as mass becomes concentrated in the cen...
The initial physical conditions of high-mass stars and protoclusters remain poorly characterized. To...
Chamaeleon I is the most active region in terms of star formation in the Chamaeleon molecular cloud ...
Context. Chamaeleon I is the most active region in terms of star formation in the Chamaeleon molecul...
Density substructure is expected in evolved starless cores: a single peak to form a protostar, or mu...
While clearly a vital step in the process of star formation, the transition from prestellar core to ...
The nearby Chamaeleon molecular cloud complex is an excellent laboratory for studying the process of...
The nearby Chamaeleon molecular cloud complex is a good laboratory to study the process of low-mass ...
A large fraction of stars forms in clusters which also include high-mass stars (Mstar ≥ 8 Msun). Yet...
Context. Chamaeleon I is the most active region in terms of star formation in the Chamaele...
Copyright © 2011 ESO / EDP SciencesContext. Chamaeleon I is the most active region in terms of star ...
Context. The Chamaeleon II molecular cloud is an active star-forming region that offers an excellent...
International audienceStarless cores represent the initial stage of evolution toward (proto)star for...
We present an Atacama Large Millimeter/submillimeter Array (ALMA) 106 GHz (Band 3) continuum survey ...
Compact substructure is expected to arise in a starless core as mass becomes concentrated in the cen...
The initial physical conditions of high-mass stars and protoclusters remain poorly characterized. To...
Chamaeleon I is the most active region in terms of star formation in the Chamaeleon molecular cloud ...
Context. Chamaeleon I is the most active region in terms of star formation in the Chamaeleon molecul...
Density substructure is expected in evolved starless cores: a single peak to form a protostar, or mu...
While clearly a vital step in the process of star formation, the transition from prestellar core to ...
The nearby Chamaeleon molecular cloud complex is an excellent laboratory for studying the process of...
The nearby Chamaeleon molecular cloud complex is a good laboratory to study the process of low-mass ...
A large fraction of stars forms in clusters which also include high-mass stars (Mstar ≥ 8 Msun). Yet...
Context. Chamaeleon I is the most active region in terms of star formation in the Chamaele...
Copyright © 2011 ESO / EDP SciencesContext. Chamaeleon I is the most active region in terms of star ...
Context. The Chamaeleon II molecular cloud is an active star-forming region that offers an excellent...
International audienceStarless cores represent the initial stage of evolution toward (proto)star for...