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The Giant Metrewave Radio Telescope Yashwant Gupta and Govind Swarup National Centre for Radio Astrophysics Pune, India the Gian

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The Giant Metrewave Radio Telescope Yashwant Gupta and Govind Swarup National Centre for Radio Astrophysics Pune, India the Gian The Giant Metrewave Radio Telescope Yashwant Gupta and Govind Swarup National Centre for Radio Astrophysics Pune, India The Giant Metrewave Radio Telescope (GMRT), located near Pune, India, is a major international facility at low frequencies. The GMRT works in five discrete bands in the frequency range of 130 MHz to 1450 MHz, with a maximum instantaneous bandwidth of 32 MHz. Consisting of 30 fully steerable antennas of 45 metre diameter each that are located in an area of ~ 25 km in extant, it can be used as an aperture-synthesis array for imaging, as well as a phased array to study compact radio sources such as pulsars. The GMRT was conceived in 1984 by the Radio Astronomy group of the Tata Institute of Fundamental Research, under the leadership of Govind Swarup, and was built during the 1990s. The GMRT was a natural culmination of the work done by the group that built the Ooty Radio Telescope during 1960s, followed by the Ooty Synthesis Radio Telescope during 1970s, and led to a global renaissance in the field of low frequency radio astronomy. The GMRT pioneered several unique and innovative ideas and techniques such as the light weight "SMART" mechanical design of the antennas and the use of optical fibre for long distance transmission of signals. In the 15 years since its commissioning in 2001, the GMRT has produced many new exciting results in diverse areas of astrophysics. It is heavily used by the international community, and has a over subscription factor of 2.5. Currently, the GMRT is undergoing a major upgrade in order to achieve near continous coverage from 120 MHz to 1450 MHz, that will improve its senstivity by a factor of upto three and make it a much more versatile instrument, keeping it in the forefront of the global scenario in low frequency radio astronomy. This talk will trace the history and genesis of the GMRT, highlight its accomplishments, and briefly outline the future prospects. -------------------------------.
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