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![]() by Staff Writers Moscow (Sputnik) Feb 12, 2019
An ultraviolet telescope installed on the Russian satellite Lomonosov has registered light "explosions" in the planet's atmosphere, whose physical nature has not been explained so far, the director of the Research Institute of Nuclear Physics at the Russian State University said in an interview with Sputnik. "With the help of the telescope, we have obtained even more important results than we expected. It looks like we have encountered new physical phenomena... We do not yet know their physical nature... For example, during Lomonosov's flight at an altitude of several dozen kilometres, we have registered several times a very powerful 'explosion' of light. But everything was clear underneath it, no storms, no clouds," Mikhail Panasyuk said. Russian astronomic satellite Mikhailo Lomonosov of Moscow State University was launched to the Earth's orbit in 2016. It was designed to observe transient phenomena in the upper atmosphere of the Earth as well as studying the radiation characteristics of the planet's magnetosphere and for basic cosmological research. Its weight is 625 kilograms. The satellite is equipped with a space telescope to measure the energy spectrum and chemical composition of high-energy cosmic rays from near-Earth orbit. Moreover, there are instrumental systems installed on board for studying cosmic gamma-ray bursts and the Earth's near-magnetosphere. Source: Sputnik News
![]() ![]() New scale to characterize strength and impacts of atmospheric river storms San Diego CA (SPX) Feb 06, 2019 A team of researchers led by Scripps Institution of Oceanography at the University of California San Diego has created a scale to characterize the strength and impacts of "atmospheric rivers," long narrow bands of atmospheric water vapor pushed along by strong winds. They are prevalent over the Pacific Ocean and can deliver to the Western United States much of its precipitation during just a few individual winter storms. They are the source of most of the West Coast's heaviest rains and floods, an ... read more
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