Combined X-ray (0.3 -10 keV) and Radio (0.61 and 1.42 GHz) observations of the type Ic SN 2002ap are used here, to determine the origins of the prompt X-ray and Radio emission from this source.Our analysis of the XMM-Newton observations suggests that the prompt X-ray emission originates from inverse Compton scattering of photospheric thermal emission by energetic electrons. We also compare the early radiospheric properties of SN 2002ap with those of SN 1998bw (type Ic) and SN 1993J (type IIb), to contrast the prompt emission from a GRB associated SN with other supernovae without GRB counterparts
We discuss our radio (Australia Telescope Compact Array and Australian Long Baseline Array) and X-ra...
GRB 090618 was an extremely bright burst, detected across the electromagnetic spectrum. It has a red...
Type II supernovae (SNe) are the cataclysmic and very luminous last stage in the evolutionary track ...
We report on the combined X-ray and radio observations of the type Ic SN 2002ap, using XMM-Newton To...
We report on the combined X-ray and radio observations of the type Ic SN 2002ap, using XMM-Newton TO...
We report on the combined X-ray and radio observations of the type Ic SN 2002ap, using XMM-Newton TO...
Radio and X-ray studies of young supernovae probe the interaction between the supernova shock waves ...
Here we report on combined X-ray and radio observations of SN 2002ap with XMM-Newton ToO observation...
SN 1998bw shot to fame by claims of association with GRB 980425. Independent of its presumed associa...
Supernova SN 1998bw exploded in the same direction and at the same time as the gamma-ray burst GRB 9...
We present results on the X-ray and optical/UV emission from the Type II-P supernova (SN) 2006bp and...
We report extensive radio and X-ray observations of SN 2003bg, whose spectroscopic evolution shows a...
SN1998bw is the most luminous radio supernova ever observed. Previous discussions argued that its ex...
We present a review of X-ray observations of supernovae (SNe). By observing the (~0.1--100 keV) X-ra...
We present the radio observations and modeling of an optically bright Type II-P supernova (SN), SN 2...
We discuss our radio (Australia Telescope Compact Array and Australian Long Baseline Array) and X-ra...
GRB 090618 was an extremely bright burst, detected across the electromagnetic spectrum. It has a red...
Type II supernovae (SNe) are the cataclysmic and very luminous last stage in the evolutionary track ...
We report on the combined X-ray and radio observations of the type Ic SN 2002ap, using XMM-Newton To...
We report on the combined X-ray and radio observations of the type Ic SN 2002ap, using XMM-Newton TO...
We report on the combined X-ray and radio observations of the type Ic SN 2002ap, using XMM-Newton TO...
Radio and X-ray studies of young supernovae probe the interaction between the supernova shock waves ...
Here we report on combined X-ray and radio observations of SN 2002ap with XMM-Newton ToO observation...
SN 1998bw shot to fame by claims of association with GRB 980425. Independent of its presumed associa...
Supernova SN 1998bw exploded in the same direction and at the same time as the gamma-ray burst GRB 9...
We present results on the X-ray and optical/UV emission from the Type II-P supernova (SN) 2006bp and...
We report extensive radio and X-ray observations of SN 2003bg, whose spectroscopic evolution shows a...
SN1998bw is the most luminous radio supernova ever observed. Previous discussions argued that its ex...
We present a review of X-ray observations of supernovae (SNe). By observing the (~0.1--100 keV) X-ra...
We present the radio observations and modeling of an optically bright Type II-P supernova (SN), SN 2...
We discuss our radio (Australia Telescope Compact Array and Australian Long Baseline Array) and X-ra...
GRB 090618 was an extremely bright burst, detected across the electromagnetic spectrum. It has a red...
Type II supernovae (SNe) are the cataclysmic and very luminous last stage in the evolutionary track ...