We present results from the first near-IR imaging of the weak X-ray sources discovered in the Chandra/ACIS-I survey (Wang et al. 2002) towards the Galactic Centre (GC). These ~800 discrete sources, which contribute significantly to the GC X-ray emission, represent an important and previously unknown population within the Galaxy. From our VLT observations we will identify likely IR counterparts to a sample of the hardest sources, which are most likely X-ray binaries. With these data we can place constraints on the nature of the discrete weak X-ray source population of the GC. ©2005 American Institute of Physic
We present a catalog of 5184 candidate infrared counterparts to X-ray sources detected toward the Ga...
The Chandra X-ray Observatory has now discovered nearly 10,000 X-ray point sources in the 2 ◦ × 0.8...
© 2015, Pleiades Publishing, Inc. We present the results of the the identification of six objects fr...
We present results from the first near-IR imaging of the weak X-ray sources discovered in the Chandr...
We present early results from the first near-IR imaging of the weak X-ray sources discovered in the ...
We present near-infrared imaging of a sample of the faint, hard X-ray sources discovered in the 2001...
We present results from the first near‐IR imaging of the weak X‐ray sources discovered in the Chandr...
I describe the IR and X-ray observational campaign we have undertaken for the purpose of determining...
We report on a campaign to identify the counterparts to the population of X-ray sources discovered a...
We present near-IR imaging of a sample of the faint, hard X-ray sources discovered in the 2001 Chand...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We use Chandra deep observations of the Galactic Center (GC) region to improve the constraints on th...
I describe the IR and X-ray observational campaign we have undertaken for the purpose of determining...
We provide constraints on the nature of the optically faint (I 24) X-ray source population from a 1...
We present a catalog of 5184 candidate infrared counterparts to X-ray sources detected toward the Ga...
The Chandra X-ray Observatory has now discovered nearly 10,000 X-ray point sources in the 2 ◦ × 0.8...
© 2015, Pleiades Publishing, Inc. We present the results of the the identification of six objects fr...
We present results from the first near-IR imaging of the weak X-ray sources discovered in the Chandr...
We present early results from the first near-IR imaging of the weak X-ray sources discovered in the ...
We present near-infrared imaging of a sample of the faint, hard X-ray sources discovered in the 2001...
We present results from the first near‐IR imaging of the weak X‐ray sources discovered in the Chandr...
I describe the IR and X-ray observational campaign we have undertaken for the purpose of determining...
We report on a campaign to identify the counterparts to the population of X-ray sources discovered a...
We present near-IR imaging of a sample of the faint, hard X-ray sources discovered in the 2001 Chand...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We use Chandra deep observations of the Galactic Center (GC) region to improve the constraints on th...
I describe the IR and X-ray observational campaign we have undertaken for the purpose of determining...
We provide constraints on the nature of the optically faint (I 24) X-ray source population from a 1...
We present a catalog of 5184 candidate infrared counterparts to X-ray sources detected toward the Ga...
The Chandra X-ray Observatory has now discovered nearly 10,000 X-ray point sources in the 2 ◦ × 0.8...
© 2015, Pleiades Publishing, Inc. We present the results of the the identification of six objects fr...