We analyze a XMM-Newton X-ray observation of the Serpens dark cloud with a total MOS-equivalent exposure time of 57 ksec. We find 45 individual X-ray sources. None of the class 0 protostars, only one of the class I protostars, and two of the flat-spectrum objects in the region are detected in X-rays. The optically invisible flat-spectrum source EC 95, a very young intermediate mass object, is the strongest X-ray source in the Serpens cloud. The analysis of its X-ray spectrum shows that the hydrogen column density towards EC 95 is considerably lower than expected from the extinction determined from near-IR spectroscopy and photometry. Possible reasons for this inconsistency are discussed
Context. The Serpens North Cluster is a nearby low mass star forming region which is part of the Gou...
We report the results of a millimeter interferometric survey of compact 3 mm continuum sources in th...
The study of young stars no longer surrounded by disks can greatly add to our understanding of how p...
We analyze a XMM-Newton X-ray observation of the Serpens dark cloud with a total MOS-equivalent expo...
Aims. To study the properties of X-ray emission from young stellar objects (YSOs) through their evol...
AIMS: To study the properties of X-ray emissions from young stellar objects (YSOs), through their ev...
We observed sixteen 1.3 mm sources in the Serpens Main star forming cluster in the CO and C18O J=2-1...
Context. The Serpens North cluster is a nearby low mass star forming region which is part of the Go...
We report on the results of an optical spectroscopic survey designed to confirm the youth and determ...
Context. Clusters are common sites of star formation, whose members display varying degrees of mass ...
We report on a 30 ks XMM-Newton observation of the central region of the Cha I star forming cloud. ...
We report on the results of an optical spectroscopic survey designed to confirm the youth and determ...
18 pages, 16 figures, 3 online tablesAims. The aim of this paper is to characterise the star formati...
We report on a 30 ksec XMM-Newton observation of the central region of the Cha I star forming cloud....
We have completed an optical spectroscopic survey of a sample of candidate young stars in the Serpen...
Context. The Serpens North Cluster is a nearby low mass star forming region which is part of the Gou...
We report the results of a millimeter interferometric survey of compact 3 mm continuum sources in th...
The study of young stars no longer surrounded by disks can greatly add to our understanding of how p...
We analyze a XMM-Newton X-ray observation of the Serpens dark cloud with a total MOS-equivalent expo...
Aims. To study the properties of X-ray emission from young stellar objects (YSOs) through their evol...
AIMS: To study the properties of X-ray emissions from young stellar objects (YSOs), through their ev...
We observed sixteen 1.3 mm sources in the Serpens Main star forming cluster in the CO and C18O J=2-1...
Context. The Serpens North cluster is a nearby low mass star forming region which is part of the Go...
We report on the results of an optical spectroscopic survey designed to confirm the youth and determ...
Context. Clusters are common sites of star formation, whose members display varying degrees of mass ...
We report on a 30 ks XMM-Newton observation of the central region of the Cha I star forming cloud. ...
We report on the results of an optical spectroscopic survey designed to confirm the youth and determ...
18 pages, 16 figures, 3 online tablesAims. The aim of this paper is to characterise the star formati...
We report on a 30 ksec XMM-Newton observation of the central region of the Cha I star forming cloud....
We have completed an optical spectroscopic survey of a sample of candidate young stars in the Serpen...
Context. The Serpens North Cluster is a nearby low mass star forming region which is part of the Gou...
We report the results of a millimeter interferometric survey of compact 3 mm continuum sources in th...
The study of young stars no longer surrounded by disks can greatly add to our understanding of how p...