The contribution of weakly--magnetized (B\sim 10^9 G) neutron stars accreting the interstellar medium to the diffuse X--ray emission observed in the Galactic Center is investigated. It is shown that, under rather conservative assumptions about the neutron stars and gas distributions, the accretion luminosity can account for a sizable fraction, possibly most, of the detected X--ray flux in the 2.5--7 keV band. In particular, model results are compared with {\it Granat\/} data and show a general agreement in both the flux energy and radial distributions
We model populations of isolated neutron stars in order to investigate them as progenitors of dim so...
The central region of our Galaxy is a very peculiar environment, containing magnetic fields in exces...
A brief overview is given of the observations of accretion disks in X-ray binaries, discussing their...
As many as $10^9$ neutron stars populate the Galaxy, but only $\approx 10^3$ are directly observed a...
Accretion of interstellar material by a magnetized, slowly rotating isolated neutron star is discuss...
This is the second in a series of three papers constraining the number of detectable old neutron sta...
This paper surveys our current knowledge of the hard X-ray emission properties of old accreting neut...
Accretion of interstellar material by an isolated neutron star is discussed. The point I address her...
We examine properties of thermal radiation emitted by strongly magnetized neutron stars (NSs). In pa...
Some of the fundamental neutron star parameters, such as the mass and the magnetic field strength, w...
A substantial fraction of the known neutron stars resides in X-ray binaries—systems in which one com...
Context.Recent Chandra observations of the Galactic center region (GCR) have uncovered a population ...
We present results of a spectroscopic survey of bright near-infrared counterparts to X-ray point so...
Old isolated accreting neutron stars may show up among unidentified soft X--ray sources detected by ...
This is the first in a series of three papers aiming to put strong observational constraints on the ...
We model populations of isolated neutron stars in order to investigate them as progenitors of dim so...
The central region of our Galaxy is a very peculiar environment, containing magnetic fields in exces...
A brief overview is given of the observations of accretion disks in X-ray binaries, discussing their...
As many as $10^9$ neutron stars populate the Galaxy, but only $\approx 10^3$ are directly observed a...
Accretion of interstellar material by a magnetized, slowly rotating isolated neutron star is discuss...
This is the second in a series of three papers constraining the number of detectable old neutron sta...
This paper surveys our current knowledge of the hard X-ray emission properties of old accreting neut...
Accretion of interstellar material by an isolated neutron star is discussed. The point I address her...
We examine properties of thermal radiation emitted by strongly magnetized neutron stars (NSs). In pa...
Some of the fundamental neutron star parameters, such as the mass and the magnetic field strength, w...
A substantial fraction of the known neutron stars resides in X-ray binaries—systems in which one com...
Context.Recent Chandra observations of the Galactic center region (GCR) have uncovered a population ...
We present results of a spectroscopic survey of bright near-infrared counterparts to X-ray point so...
Old isolated accreting neutron stars may show up among unidentified soft X--ray sources detected by ...
This is the first in a series of three papers aiming to put strong observational constraints on the ...
We model populations of isolated neutron stars in order to investigate them as progenitors of dim so...
The central region of our Galaxy is a very peculiar environment, containing magnetic fields in exces...
A brief overview is given of the observations of accretion disks in X-ray binaries, discussing their...