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Solar System Radar and Radio Science Research Shows Promise Using Radio Transient Observation
Leading IEEE Journal Cites Advances by Esteemed NASA Researchers
The paper entitled “A Prototype Radio Transient Survey Instrument for Piggyback Deep Space Network Tracking” defines NASA’s Deep Space Network (DSN) as a tool for making radio transient observations. The authors discuss invigorated interest in using radio transient phenomena to observe short-lived and impulsive space events and detail how it could be deployed to acquire data for extended periods and substantially improve statistics of rare radio transient events, heretofore not considered tractable.
“Traditional astronomy focuses on properties of the steady-state universe,” explains Faramaz Davarian, Manager, DSN Advanced Engineering, JPL/NASA and guest editor of this special issue. “Recent discoveries of strong, isolated radio pulses have opened the door to the potential for greater examination of the bursting and transient universe and one of the major areas of unexplored deep space.”
The special issue discusses recent advances in solar system radar and radio science with an eye on tools, methodology, system design, algorithms and results. Both ground-based and space-based systems as well as hybrid systems are reviewed. Solar system radar has travelled light years since 1961 when W. Victor and R. Stevens made the first pioneering strides in this field at the Jet Propulsion Laboratory. And progress using Radio Science for scientific exploration now provides scientists with the opportunity to observe and investigate gaseous planets, the atmosphere of Titan, the rings of Saturn, the solar corona and more.
For those who stay awake at night worrying that an asteroid might hit the earth, this special issue has an article that may help improve their chances for peaceful sleep. According to the article “Goldstone Solar System Radar Observatory:
Radar have had their orbits extended for hundreds of years. What this means is that, if an asteroid's orbit is "secure" in this way, any chance of this particular asteroid impacting the Earth is ruled out.
This meticulous monitoring is being performed at Goldstone Solar System Radar (GSSR), which is the only fully steerable radar in the world for high-resolution ranging and imaging of planetary and small body targets. Located in California's Mojave Desert, the precise level of detection has recently been improved by use of a chirp waveform signal to reach never-before-
The presence of ice in lunar craters is a significant finding in the paper, “The Lunar Mini-RF Radars: Hybrid Polarimetric Architecture and Initial Results.” The authors chronicle the use of mini radio frequency (RF) lunar radars on board the Chandrayaan-
Among the other topics covered in this special issue of Proceedings of the IEEE are using antenna array as a radar transmitter;
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About The Proceedings of the IEEE
Founded in 1913, (originally as Proceedings of the IRE), Proceedings of the IEEE is the most highly-cited journal in electrical engineering and computer science. This journal provides the most in-depth tutorial and review coverage of the technical developments that shape our world, enlisting the help of guest editors and authors from the best research facilities, leading edge corporations, and universities around the world. For more information on Proceedings of the IEEE and the latest ideas and innovative technologies, visit http://www.ieee.org/