The goal of this project is the development of a numerical code that provides statistical models of the sky distribution of gamma-ray lines due to the production of radioactive isotopes by ongoing Galactic nucleosynthesis. We are particularly interested in quasi-steady emission from novae, supernovae, and stellar winds, but continuum radiation and transient sources must also be considered. We have made significant progress during the first half period of this project and expect the timely completion of a code that can be applied to Oriented Scintillation Spectrometer Experiment (OSSE) Galactic plane survey data
The HEAO-3 gamma ray spectrometer has provided evidence in the quest for the understanding of comple...
A cosmological gamma-ray burst model that reproduces the observed gamma-ray spectra was developed. T...
Gamma rays from radioactive byproducts of cosmic nucleosynthesis are direct messengers from nuclear ...
Assuming cosmic rays pervade the Galaxy, they necessarily produced high energy gamma-rays as they in...
The galaxy was observed to be a source of high energy gamma rays as shown by the two successful sate...
Our modern laboratory of nuclear physics has expanded to encompass parts of the Universe, or at leas...
The diffuse gamma-ray emission in our Galaxy is produced by highly energetic electrons interacting m...
Diffuse emission from the Milky Way dominates the gamma-ray sky. About 80% of the high-energy lumino...
Diffuse gamma-ray emission from the decay of radioactive 26Al is a messenger from the nucleosynthesi...
This grant covers work on the Compton phase 3 investigation, 'Shock High Energy Emission from the Be...
We have carried out a new study of the diffuse Galactic gamma-ray continuum radiation using a cosmic...
Penetrating gamma-rays require complex instrumentation for astro-nomical spectroscopy measurements o...
We propose to advance investigations of electromagnetic radiation originating in atomic nuclei beyon...
The gamma-ray light curves and spectra are presented for a set of theoretical Type Ia supernova mode...
Monte Carlo simulations of the expected gamma-ray signatures of galactic supernovae of all types are...
The HEAO-3 gamma ray spectrometer has provided evidence in the quest for the understanding of comple...
A cosmological gamma-ray burst model that reproduces the observed gamma-ray spectra was developed. T...
Gamma rays from radioactive byproducts of cosmic nucleosynthesis are direct messengers from nuclear ...
Assuming cosmic rays pervade the Galaxy, they necessarily produced high energy gamma-rays as they in...
The galaxy was observed to be a source of high energy gamma rays as shown by the two successful sate...
Our modern laboratory of nuclear physics has expanded to encompass parts of the Universe, or at leas...
The diffuse gamma-ray emission in our Galaxy is produced by highly energetic electrons interacting m...
Diffuse emission from the Milky Way dominates the gamma-ray sky. About 80% of the high-energy lumino...
Diffuse gamma-ray emission from the decay of radioactive 26Al is a messenger from the nucleosynthesi...
This grant covers work on the Compton phase 3 investigation, 'Shock High Energy Emission from the Be...
We have carried out a new study of the diffuse Galactic gamma-ray continuum radiation using a cosmic...
Penetrating gamma-rays require complex instrumentation for astro-nomical spectroscopy measurements o...
We propose to advance investigations of electromagnetic radiation originating in atomic nuclei beyon...
The gamma-ray light curves and spectra are presented for a set of theoretical Type Ia supernova mode...
Monte Carlo simulations of the expected gamma-ray signatures of galactic supernovae of all types are...
The HEAO-3 gamma ray spectrometer has provided evidence in the quest for the understanding of comple...
A cosmological gamma-ray burst model that reproduces the observed gamma-ray spectra was developed. T...
Gamma rays from radioactive byproducts of cosmic nucleosynthesis are direct messengers from nuclear ...