Aims. HESS J1745−303 is an extended, unidentified VHE (very high energy) gamma-ray source discovered using HESS in the Galactic Plane Survey. Since no obvious counterpart has previously been found in longer-wavelength data, the processes that power the VHE emission are not well understood. Methods. Combining the latest VHE data with recent XMM-Newton observations and a variety of source catalogs and lower-energy survey data, we attempt to match (from an energetic and positional standpoint) the various parts of the emission of HESS J1745−303 with possible candidates. Results. Though no single counterpart is found to fully explain the VHE emission, we postulate that at least a fraction of the VHE source may be explained by a supernova-r...
Aims. HESS J1745-303 is an extended, unidentified VHE (very high energy) gamma-ray source discovere...
Aims. HESS J1745-303 is an extended, unidentified VHE (very high energy) gamma-ray source discovered...
The region around the supernova remnant (SNR) W41 contains several TeV sources and has prompted the ...
11 pages, 4 figures, Accepted for publication in Astronomy & AstrophysicsHESS J1745-303 is an extend...
Aims. HESS J1745-303 is an extended, unidentified VHE (very high energy) gamma-ray source discovere...
Aims. HESS J1745-303 is an extended, unidentified VHE (very high energy) gamma-ray source discovered...
The region around the supernova remnant (SNR) W41 contains several TeV sources and has prompted the ...
11 pages, 4 figures, Accepted for publication in Astronomy & AstrophysicsHESS J1745-303 is an extend...
Aims. HESS J1745-303 is an extended, unidentified VHE (very high energy) gamma-ray source discovere...
Aims. HESS J1745-303 is an extended, unidentified VHE (very high energy) gamma-ray source discovered...
The region around the supernova remnant (SNR) W41 contains several TeV sources and has prompted the ...