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NASA's Juno satellite made another close pbad of Jupiter this week, which means that there is another series of stunning photos embellished by legions of citizen scientists.
Orbits around the giant planet. The last flyby, known as Perijove 14, took place on Sunday night and allowed Juno to be about 3,500 kilometers from the cloudy summits of the giant planet.
Juno's mission is to measure the magnetic field and the gravitational field of Jupiter. ideas about its internal composition. But he has a camera called JunoCam that is specifically designed to provide data to the image processing gurus to work their magic with.
Offers are posted on the Juno Mission website, and on Twitter as well. Here is a sample of the best tweets:
Jupiter! ?
Details of the first batch of @NASAJuno Perijove 14 pic.twitter.com/FxL8WWgJif– Seán Doran | Seán Ó Deoráin (@_TheSeaning) July 17, 2018
Images processed from @NASAJuno PJ14_26 ("Hot Spot") image obtained on July 16, 2018 when the spacecraft was only 3800 km above The clouds of Jupiter. Two color / contrast images approximately true and two images improved. pic.twitter.com/EsqDtx6sXX
– Björn Jónsson (@bjorn_jons) July 19, 2018
Here is a roundup of beginning @NASAJuno Perijove 14 goodies
] [ @badgrenola / Eichstädt / Doran] pic.twitter.com/rvLlJHuNMO– Seán Doran | Seán Ó Deoráin (@_TheSeaning) July 17, 2018
A composite of 4 reprojeted images of @NASAJuno Perijove 14 to unravel this oval hiding place in the margins … [Brealey/Doran] pic.twitter .com / 5oZyLbKlEO
– Seán Doran | Seán Ó Deoráin (@_TheSeaning) July 19, 2018
Guess I'll jump on the bandwagon and point out these high atmospheric cloud systems on Jupiter from @NASAJuno Perijove 14. This main system seems to be over 3000 km long! pic.twitter.com/uNGkmJzxwh
– Kevin M. Gill (@kevinmgill) July 17, 2018
North Latitudes of Jupiter – @NASAJuno Perijove 14 – https://t.co/XZ1NARiInW pic.twitter.com/IhUU2b59v9
– Kevin M. Gill (@kevinmgill) July 17, 2018
Shot and edited for more "pop for the bottom of the screen or the lock screen of your phone 🙂 pic.twitter.com/7ETaV0hqpe
– Kevin M. Gill (@kevinmgill) ] July 17, 2018
Jupiter … what are you doing !! pic.twitter.com/buTOXs7L3y
– Seán Doran | Seán Ó Deoráin (@_TheSeaning) July 18, 2018
See a formation of mesmerizing clouds, high altitude #Jupiter in this new view captured during my last flight over the planet. https://t.co/v9CECQIr3P pic.twitter.com/OhCEcwGYL6
– NASA Juno Mission (@NASAJuno) July 19, 2018
It's been quite a week for Jupiter: In addition to Perijove 14, the Juno team has broadcast infrared images suggesting that there might be an undetected volcano near the south pole of Io, one of Jupiter's moons [19659005] The new hot spot detected is about 200 miles from a heat source Alessandro Mura, co-investigator of the Juno mission of the National Institute of Astrophysics of Italy
"We do not exclude the movement or modification of a previously undiscovered hotspot, but it's hard to imagine that one can travel." Fire Moon "The data collected by my instrument JIRAM indicate a new possible volcano on the moon Io #Jupiter https://t.co/zybX5BTrsd pic.twitter.com/00ns6gwUvo
– NASA Juno Mission (@NASAJuno) July 13, 2018
Io is considered the most active volcanic world solar system, with more than 150 active volcanoes identified up to present. Scientists estimate that another 250 are still waiting to be discovered.
And as if that was not enough for Jupiter, a different group of scientists gave this week details about the discovery of a dozen moons of Jupiter. The additions increase the number of moons on the planet to 79. It's a high solar system, and scientists say that there are almost certainly more mini-moons to find.
So what's the next step? One thing we can count on is that there will be more Jupiter gems in September, when Perijove 15 will take place.
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