Juno is the spacecraft sent by NASA to study and understand the origin and evolution of Jupiter. It is currently revolving very near to the planet and sending back astounding pictures of Jupiter and its moon Ganymede. Following its first batch of pictures, the spacecraft has sent newer photos.
These images are from Juno's 28th flyby and mark the four year anniversary of the spacecraft in the orbit around Jupiter. Launched on 5 August 2011, the solar power driven craft arrived at the largest planet in our solar system on 4 July 2016.
Its elliptical orbit makes Juno come close to the planet after every 53-day period and it is then that it captures the crucial pictures. According to a Forbes report, every one of these dips is called a perijove, which is Greek for the extreme points in the orbit of one body around another.
Jupiter's North Pole, @NASAJuno Perijove 28 Approach.https://t.co/O7PQot3tXX pic.twitter.com/yzSIcOiZEP
— Kevin M. Gill (@kevinmgill) July 31, 2020
Jovian North Pole, @NASAJuno Perijove 28https://t.co/bE3HiBR75M pic.twitter.com/rwIe3NNrNo
— Kevin M. Gill (@kevinmgill) July 30, 2020
After every perijove, Juno sends back "raw imagers" that are stored in JunoCam on the mission’s official website. These are then downloaded and processed to turn into the finished pictures by certain citizen scientists.
Edge of Jupiter's Northern Folded Filamentary Region, @NASAJuno Perijove 28 - https://t.co/qFSEoDEwwC pic.twitter.com/vrTs4lpNjL
— Kevin M. Gill (@kevinmgill) July 29, 2020
Large white oval and jet stream in northern latitudes of Jupiter. @NASAJuno Perijove 28 - https://t.co/f4eJpwxD1Q pic.twitter.com/WpMedp0I6u
— Kevin M. Gill (@kevinmgill) July 29, 2020
Large white oval and jet stream in northern latitudes of Jupiter. @NASAJuno Perijove 28 - https://t.co/f4eJpwxD1Q pic.twitter.com/WpMedp0I6u
— Kevin M. Gill (@kevinmgill) July 29, 2020
Scientists working on the mission at NASA’s Jet Propulsion Laboratory (JPL) also tweet pictures sent back by Juno.
Southern Jupiter, @NASAJuno Perijove 28 - https://t.co/tH1PrJ9DgK pic.twitter.com/68pO9waGUw
— Kevin M. Gill (@kevinmgill) July 28, 2020
Jupiter, mid-northern latitudes. @NASAJuno Perijove 28https://t.co/8MSo1HJqNRhttps://t.co/5joDGCX6Se pic.twitter.com/TAglwfsgW5
— Kevin M. Gill (@kevinmgill) July 28, 2020
Kevin M Gill, a software engineer at NASA JPL, is one of the citizen scientists working for JunoCam. He spoke to Forbes about the images sent by Juno.
“Juno’s images have taught us so much about the dynamic nature of Jupiter's atmosphere in a level of detail that we haven’t ever seen before, especially when correlated with data from the infrared imager, magnetometer data, and with Earth-bound observations,” he said.
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