We present near-infrared imaging of a sample of the faint, hard X-ray sources discovered in the 2001 Chandra Advanced CCD Imaging Spectrometer (ACIS)-I survey towards the Galactic Centre (GC) by Wang et al. These ∼800 discrete sources represent an important and previously undetected population within the Galaxy. From our Very Large Telescope observations of 77 X-ray sources, we identify candidate K-band counterparts to 75 per cent of the Chandra sources in our sample. The near-infrared magnitudes and colours of the majority of candidate counterparts are consistent with highly reddened stars, indicating that most of the Chandra sources are likely to be accreting binaries at or near the GC
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We present new identifications of infrared counterparts to the population of hard X-ray sources near...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
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...
We present near-IR imaging of a sample of the faint, hard X-ray sources discovered in the 2001 Chand...
We report on a campaign to identify the counterparts to the population of X-ray sources discovered a...
I describe the IR and X-ray observational campaign we have undertaken for the purpose of determining...
We present a catalog of 5184 candidate infrared counterparts to X-ray sources detected toward the Ga...
We present early results from the first near-IR imaging of the weak X-ray sources discovered in the ...
The Chandra X-ray Observatory has now discovered nearly 10,000 X-ray point sources in the 2 ◦ × 0.8...
We present results from the first near‐IR imaging of the weak X‐ray sources discovered in the Chandr...
We present results of a spectroscopic survey of bright near-infrared counterparts to X-ray point so...
We present observations of a sample of optically-faint, hard X-ray sources of the kind likely to be ...
We present results of a spectroscopic survey of bright near-infrared counterparts to X-ray point sou...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We present new identifications of infrared counterparts to the population of hard X-ray sources near...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
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...
We present near-IR imaging of a sample of the faint, hard X-ray sources discovered in the 2001 Chand...
We report on a campaign to identify the counterparts to the population of X-ray sources discovered a...
I describe the IR and X-ray observational campaign we have undertaken for the purpose of determining...
We present a catalog of 5184 candidate infrared counterparts to X-ray sources detected toward the Ga...
We present early results from the first near-IR imaging of the weak X-ray sources discovered in the ...
The Chandra X-ray Observatory has now discovered nearly 10,000 X-ray point sources in the 2 ◦ × 0.8...
We present results from the first near‐IR imaging of the weak X‐ray sources discovered in the Chandr...
We present results of a spectroscopic survey of bright near-infrared counterparts to X-ray point so...
We present observations of a sample of optically-faint, hard X-ray sources of the kind likely to be ...
We present results of a spectroscopic survey of bright near-infrared counterparts to X-ray point sou...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...
We present new identifications of infrared counterparts to the population of hard X-ray sources near...
We present results of a multi-wavelength program to study the faint discrete X-ray source population...