Imagine a storm so vast it could swallow the Earth and so powerful that it has swirled nonstop for 350 years. That is Jupiter's Great Red Spot.
The plucky probe made it through without a scratch. Now, data and stunning images are streaming back to NASA, where scientists are processing the information as quickly as they can. The raw image data is available here, and anyone with the right editing software can try their hand at processing it. It will take weeks, even months, for the science data to come out, and scientists will likely study this flyby for years to come.
First JunoCam raw images of Jupiter's Great Red Spot are here! Check 'em out: https://t.co/5tqqjs8o1w pic.twitter.com/WWWbOIJqmj
— Emily Calandrelli (@TheSpaceGal) July 12, 2017
The Great Red Spot has more than just good looks going for it. The massive weather system — its composition and internal dynamics are still something of a mystery — could help scientists understand weather on Earth and on worlds beyond our solar system.
“If you just look at reflected light from an extrasolar planet, you’re not going to be able to tell what it’s made of,” Amy Simon, an expert in planetary atmospheres at the Goddard Space Flight Center, said in a NASA news release. “Looking at as many possible different cases in our own solar system could enable us to then apply that knowledge to extrasolar planets.”
Here are a few of the best processed images to come online. We will update this post with more images as they become available.
#Juno's flyby of #Jupiter's Great Red Spot immortalized in this GIF! Watch as @NASAJuno flies over Jupiter's cloud tops and over the #GRS! pic.twitter.com/TO7oeRhWxu
— Sophia Gad-Nasr (@Astropartigirl) July 12, 2017
They're here! My first processed raw map-projected image of #Jupiter's Great Red Spot from @NASAJuno's P7 flyover on July 10-11 #GRSflyover pic.twitter.com/DpSYHA7IVt
— Jason Major (@JPMajor) July 12, 2017
Great Red Spot Eats Earth! [ to scale ] @NASAJuno https://t.co/SaoGiaSFD4 pic.twitter.com/PiTaFVd5Ve
— Seán Doran (@_TheSeaning) July 14, 2017
My Best image process of #Jupiter to date--and it's the #GreatRedSpot!! #Juno https://t.co/AVqE4u6Flk pic.twitter.com/fiIjlKrwPj
— Sophia Gad-Nasr (@Astropartigirl) July 13, 2017
#Jupiter's Great Red Spot from @NASAJuno Perijove 7!!! - https://t.co/EieVHVIBXE pic.twitter.com/osGuU1EfPk
— Kevin M. Gill (@kevinmgill) July 12, 2017
https://t.co/soLU3D1USn pic.twitter.com/FtYBWx7RPG
— Seán Doran (@_TheSeaning) July 14, 2017
New @NASAJuno community images are amazing! With thanks to Gerald Eichstädt & @_TheSeaning, here's a WIP visualisation! I ❤️ the GRS. #Juno pic.twitter.com/G0JXHL6Rav
— Tom Curse FRAS 🎃 (@tomkerss) July 13, 2017
Jupiter's turbulent atmosphere with swirls and storms, via @NASAJuno P7 - https://t.co/nJQRyouovz pic.twitter.com/oWamW3YjyU
— Kevin M. Gill (@kevinmgill) July 12, 2017
My contribution #GreatRedSpot #JunoCam #jupiter pic.twitter.com/aZE9cjcRuU
— AmaurieRaz.eth (@AmaurieRaz) July 12, 2017
Perijove 07 @NASAJuno Great Red Spot https://t.co/8V0hwzJC9U pic.twitter.com/c28NntorRC
— Seán Doran (@_TheSeaning) July 12, 2017
#Jupiter's NNTZ Little Red Spot processed from #JunoCam raw data. An 8000km size anticyclone that has been around for more than 20yrs. pic.twitter.com/7bXD669Ecz
— Damian Peach💙 (@peachastro) July 13, 2017
Here is @NASAJuno Perijove 07 [ 53 ] based on work by Gerald Eichstädthttps://t.co/7PgJAXCzz1 & https://t.co/NrhSdlzGYr pic.twitter.com/1yT1jZwVeb
— Seán Doran (@_TheSeaning) July 13, 2017
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