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 by Staff Writers Moscow (Sputnik) Apr 04, 2018
A 314-kilogram heavy observatory launched to the International Space Station from the Kennedy Space Center is a culmination of almost 20 years of work by a Danish research team that cost close to $50 million. The project is expected to shed light on climate change and propel Denmark to a top slot in space exploration. The Asim Space Observatory has been successfully launched into space and is now heading toward the International Space Station (ISS). While this is an international project by the European Space Agency, the mission is being led by Denmark and its National Space Institute (DTU Space), Danish Radio reported. After its successful launch, the Asim Space Observatory will begin its scientific quest to photograph and gather more data on violent thunderstorms that appear up to 100 kilometers above the ground and rare light phenomena sometimes referred to as "red fairies," "blue jets," and "elves," including measuring their radiation. According to Terma deputy director Carsten Jorgensen, this light phenomenon cannot be explained either mathematically or physically at present. However, there is a strong presumption that it has an impact on climate change. The Asim Space Observatory was launched with the help of an unmanned Falcon 9 rocket from the Kennedy Space Center, Florida, in collaboration with SpaceX. For Denmark's part, the 314-kilogram heavy observatory is the culmination of two decades of work by Danish researchers. The scientific foundation of the project was laid by the DTU Space, whereas the Danish company Terma led the technical part. The total cost of the project amounted to over DKK 300 million ($50 million). Other major partners include the University of Valencia in Spain, and the University of Bergen in Norway. "The top module called Dragon will be launched into space and dock with the ISS. When this happens on Friday April 13, our equipment, Asim, will be taken out of this Dragon module and located at the space station. And then our mission begins," Carsten Jorgensen told Danish Radio. With no clouds in the way, the hope is to gain important knowledge about the mechanisms behind the natural phenomena and their impact, DTU Space research director Torsten Neubart, who devised this idea about two decades ago, explained. "Imagine a textbook in anatomy, where you have a picture of a naked person, which you can pry open and see the lungs and the blood circuit. This is how we can also look into the lightning phenomena and see how they look inside. That is, our instruments have a better chance of following," Neubart explained to Danish Radio. The Asim Space Observatory is seen as a continuation of the Orsted satellite that was launched about 20 years ago and previously had the distinction of being Denmark's largest and most expensive space mission. "We in Denmark are the first to make top-class instruments to look at these things, so we expect it we will get us into the super league," Neubert explained.
The saga of India's remote sensing satellite network New Delhi, India (SPX) Mar 29, 2018 IRS-1A, the first of the series of indigenous state-of-art operating remote sensing satellites, was successfully launched into a polar sun-synchronous orbit on March 17, 1988 from the Soviet Cosmodrome at Baikonur. The successful launch of IRS-1A was one of the proudest moments for the entire country, which depicted the maturity of satellite to address the various requirements for managing natural resources of the nation. Its LISS-I had a spatial resolution of 72.5 meters with a swath of 148 km on ... read more
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