A universal radio-X-ray correlation in low/hard state black hole binaries

EGE. GalloRPR. P. FenderGGG. G. Pooley
Indexed inarxivcrossrefdoaj

Abstract

We present a comprehensive study of (quasi-)simultaneous radio:X-ray observations of stellar black hole binaries during the spectrally hard X-ray state, finding evidence for a strong correlation between these two bands over more than three orders of magnitude in X-ray luminosity. The correlation extends from the quiescent regime up to close to the soft state transition, where radio emission starts to decline, sometimes below detectable levels, probably corresponding to the physical disappearance of the jet. The X-ray transient V 404 Cygni is found to display the same functional relationship already reported for GX 339-4 between radio and X-ray flux, namely S_radio \\propto S_X **(+0.7). In fact the data for…

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Authors

3
  • EG
    E. GalloCorresponding
  • RP
    R. P. Fender
  • GG
    G. G. Pooley

Topics & keywords

Keywords
  • Black hole (networking)
  • Luminosity
  • Relativistic beaming
  • Doppler effect
  • Lorentz factor
  • Astrophysical jet
  • Jet (fluid)
  • Monte Carlo method
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