Monte Carlo simulations of the expected gamma-ray signatures of galactic supernovae of all types are performed in order to estimate the significance of the lack of a gamma-ray signal due to supernovae occurring during the last millenium. Using recent estimates of nuclear yields, we determine galactic supernova rates consistent with the historic supernova record and the gamma-ray limits. Another objective of these calculations of galactic supernova histories is their application to surveys of diffuse galactic gamma-ray line emission
This work deals with the modelling of galactic γ-ray source populations. This includes on the one ha...
Gamma rays from the decay of 26Al o†er a stringent constraint on the GalaxyÏs global star formation ...
Gamma rays offer unique probes of supernovae as cosmic-ray accelerators and as nucleosynthesis sites...
We perform Monte Carlo simulations of the expected gamma ray signatures of Galactic supernovae of al...
Diffusive shock acceleration operating at expanding supernova remnant shells is by far the most popu...
Following the lone detection of the Galactic supernova remnant Cas A by gamma-ray detectors aboard C...
The goal of this project is the development of a numerical code that provides statistical models of ...
We have searched nearly 10 years of data from NASA\u27s Solar Maximum Mission (SMM) Gamma-Ray Spectr...
We present an improved calculation of the cumulative gamma-ray spectrum of Type Ia supernovae during...
The contribution of Source Cosmic Rays (SCRs), accelerated and still confined in Supernova Remnants ...
The nature of high-energy gamma-ray emission from Star-Forming Galaxies is of utmost importance for ...
The contribution of Source Cosmic Rays (SCRs), accelerated and still confined in Supernova Remnants ...
International audienceSupernova remnants are believed to be the sources of galactic cosmic rays. As ...
The gamma-ray light curves and spectra are presented for a set of theoretical Type Ia supernova mode...
Context. Identification of gamma-ray-emitting Galactic sources is a long-standing problem in astroph...
This work deals with the modelling of galactic γ-ray source populations. This includes on the one ha...
Gamma rays from the decay of 26Al o†er a stringent constraint on the GalaxyÏs global star formation ...
Gamma rays offer unique probes of supernovae as cosmic-ray accelerators and as nucleosynthesis sites...
We perform Monte Carlo simulations of the expected gamma ray signatures of Galactic supernovae of al...
Diffusive shock acceleration operating at expanding supernova remnant shells is by far the most popu...
Following the lone detection of the Galactic supernova remnant Cas A by gamma-ray detectors aboard C...
The goal of this project is the development of a numerical code that provides statistical models of ...
We have searched nearly 10 years of data from NASA\u27s Solar Maximum Mission (SMM) Gamma-Ray Spectr...
We present an improved calculation of the cumulative gamma-ray spectrum of Type Ia supernovae during...
The contribution of Source Cosmic Rays (SCRs), accelerated and still confined in Supernova Remnants ...
The nature of high-energy gamma-ray emission from Star-Forming Galaxies is of utmost importance for ...
The contribution of Source Cosmic Rays (SCRs), accelerated and still confined in Supernova Remnants ...
International audienceSupernova remnants are believed to be the sources of galactic cosmic rays. As ...
The gamma-ray light curves and spectra are presented for a set of theoretical Type Ia supernova mode...
Context. Identification of gamma-ray-emitting Galactic sources is a long-standing problem in astroph...
This work deals with the modelling of galactic γ-ray source populations. This includes on the one ha...
Gamma rays from the decay of 26Al o†er a stringent constraint on the GalaxyÏs global star formation ...
Gamma rays offer unique probes of supernovae as cosmic-ray accelerators and as nucleosynthesis sites...