|
Department of Terrestrial Magnetism (DTM) - 50 Years of Planetary Radio Astronomy
Celebrating 50 years of Planetary Radio Astronomy |
Thursday, 29 September 2005
In 1955 Drs. Bernard Burke and Kenneth Franklin at the Department of Terrestrial Magnetism of the Carnegie Institution of Washington discovered bursts of radio emissions from Jupiter. This discovery marked the birth of planetary radio astronomy and opened a new window into the study of planetary magnetospheres. Magnetospheres serve to protect planetary atmospheres from erosion by stellar winds and shield the surfaces of solid planets from most energetic charged particles. A radio search for exoplanetary magnetospheres may therefore assist in the search for potentially habitable planets.
The Department of Terrestrial Magnetism of the Carnegie Institution of Washington (DTM/CIW) is hosting a dedication ceremony and symposium to celebrate five decades of planetary radio astronomy and to reflect on potential discoveries in the near future. The dedication ceremony will be at an historic marker placed near the former site of Burke and Franklin's Mills Cross Array, the instrument used for the discovery of Jupiter's radio emissions. Along with the dedication will be a demonstration of a simple radio receiver system developed by NASA's Radio Jove project. Radio Jove provides students a means to detect radio emissions from Jupiter and the Sun.
This event will be followed by a symposium at the DTM campus, open to the public, by Drs. Bernard Burke, Kenneth Franklin, Joseph Alexander and Joseph Lazio. The subject of these talks will span the early days of ground-based radio astronomy, the breakthroughs in planetary radio astronomy made by the Voyager missions and current work toward the detection of radio emissions from exoplanets. These talks will be followed by a reception at the DTM campus. Dr. Alycia Weinberger of DTM will conclude the day's events with her talk that evening at the institution's P Street facility entitled "Our Solar System and Others Not So Like It," which is part of the CIW Capital Science Lecture Series.
See photos of the day's events:
Gallery
|
|
|
|