The future of high energy gamma ray astronomy and its potential astrophysical implications

Astronomy and Astrophysics – Astrophysics

Scientific paper

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Astrophysics, Gamma Ray Astronomy, Mission Planning, Nasa Programs, Spaceborne Astronomy, U.S.S.R. Space Program, Angular Resolution, Cosmic Rays, Galactic Structure, Gamma Ray Observatory, Gamma Ray Telescopes, Intergalactic Media, Space Shuttle Payloads

Scientific paper

Future satellites should carry instruments having over an order of magnitude greater sensitivity than those flown thus far as well as improved energy and angular resolution. The information to be obtained from these experiments should greatly enhance knowledge of: the very energetic and nuclear processes associated with compact objects; the structure of our galaxy; the origin and dynamic pressure effects of the cosmic rays; the high energy particles and energetic processes in other galaxies; and the degree of matter-antimatter symmetry of the universe. The relevant aspects of extragalactic gamma ray phenomena are emphasized along with the instruments planned. The high energy gamma ray results of forthcoming programs such as GAMMA-1 and the Gamma Ray Observatory should justify even more sophisticated telescopes. These advanced instruments might be placed on the space station currently being considered by NASA.

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