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The information accumulated by NASA's Juno chamber probe, using its Jiram tool (Jovian InfraRed Auroral Mapmaker), indicates the presence of a hot resource, never discovered before, near the southern post from Io. Perhaps a formerly unidentified volcano because the all-natural satellite of the largest earth in the planetary system. Information in the infrared band of the electromagnetic range was accumulated on December 16, 2017, when the Juno was 470,000 kilometers from the satellite.
Zone of the all new hot resource of Io. The range to the right of the infrared image shows the series of temperature levels that are displayed there. Better-documented temperature levels are defined by lighter shades, while reduced levels have darker shades. (Photo: Nasa / JPL-Caltech / SwRI / ASI / Inaf / Jiram)
The brand new location of Io who found the Jiram is 300 kilometers from the nearest location previously mapped.
Alessandro Mura, of the National Institute of Astrophysics of Rome in Italy, and also participant of the clinical group of the Juno Lens, does not reject a motion or an adjustment of a previously located location, but it is hard to imagine that any one of them can make a trip to The Juno Group will continuously review the information accumulated by the December 16 flyover, as well as the information Jiram which will certainly be accumulated throughout the future overflights Io, some of the
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The objectives of NASA's previous expedition has actually gone to the Jovian system (Voyager 1 and also 2, Galileo, Cbadini and also New Horizons), in addition to checks made from the planet, have actually located more than 150 energy volcanoes in Io so far. The researchers estimate that about 250 more could be waiting to be found.
Juno actually collected nearly 235 million kilometers taking a trip since he entered Jupiter's orbit on July 4, 2016. He was released August 5, 2011, from Cape Canaveral, FL (UNITED STATES)
Throughout the current stage of its expeditionary goal, the Juno flies over the top of the Earth's clouds, reaching them just 3,400 kilometers . Throughout these flyovers, Juno attempts to inspect what is under Jupiter's non-transparent cloud cover, and studies his aurora to acquire details that contribute to a better understanding of the early days of the Earth, its setting, its atmosphere and its magnetosphere.
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