Theoretical models predict that the compressed interstellar medium around runaway O stars can produce high-energy non-thermal diffuse emission, in particular, non-thermal X-ray and γ-ray emission. So far, detection of non-thermal X-ray emission was claimed for only one runaway star, AE Aur. We present a search for non-thermal diffuse X-ray emission from bow shocks using archived XMM-Newton observations for a clean sample of six well-determined runaway O stars. We find that none of these objects present diffuse X-ray emission associated with their bow shocks, similarly to previous X-ray studies toward ζ Oph and BD+43°3654. We carefully investigated multi-wavelength observations of AE Aur and could not confirm previous findings of non-thermal...
Context. The environs of massive, early-type stars have been inspected in recent years in the search...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Context: Runaway stars form bow shocks by ploughing through the interstellar medium at supersonic sp...
Non-thermal radiation has been predicted within bow shocks around runaway stars by recent theoretica...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Context. Runaway O- and early B-type stars passing through the interstellar medium at supersonic vel...
Context. Runaway massive stars are O-and B-type stars with high spatial velocities with respect to t...
Context. Runaway O- and early B-type stars passing through the interstellar medium at supersonic vel...
peer reviewedMassive runaway stars produce bow shocks through the interaction of their winds with th...
Non-thermal radiation has been predicted within bow shocks around runaway stars by recent theoretica...
We present a study of the radio emission from a massive runaway star. The star forms a bow shock tha...
Context. The environs of massive, early-type stars have been inspected in recent years in the search...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Context: Runaway stars form bow shocks by ploughing through the interstellar medium at supersonic sp...
Non-thermal radiation has been predicted within bow shocks around runaway stars by recent theoretica...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Context. Runaway O- and early B-type stars passing through the interstellar medium at supersonic vel...
Context. Runaway massive stars are O-and B-type stars with high spatial velocities with respect to t...
Context. Runaway O- and early B-type stars passing through the interstellar medium at supersonic vel...
peer reviewedMassive runaway stars produce bow shocks through the interaction of their winds with th...
Non-thermal radiation has been predicted within bow shocks around runaway stars by recent theoretica...
We present a study of the radio emission from a massive runaway star. The star forms a bow shock tha...
Context. The environs of massive, early-type stars have been inspected in recent years in the search...
Runaway stars produce shocks when passing through interstellar medium at supersonic velocities. Bow ...
Context: Runaway stars form bow shocks by ploughing through the interstellar medium at supersonic sp...