A rework of PIA11668 picture.
The "straws" truly look like flat pyramids this way making it even more spectacular and unreal,
did Egyptians go to Saturn !?!
https://ibb.co/DRJ6Gbn
https://ibb.co/BV0YBW7
You've brought the evidence
Full inline quote w/pictures removed to conserve users' bandwidth. - Admin
The biggest vinyl in the Solar System!
https://ibb.co/WttDXdY
3D rendered wide view of the rising structures of B ring.
Freshly made based on Nasa's pictures, viewed from the Cassini division, these structures made of ice particles can reach 80 km wide and culminate at 2.5 km.
https://ibb.co/hXc2VNJ
https://ibb.co/VYXFj8L
https://ibb.co/GFc7J0S
Visualizing the dimensions of B ring's rising structures.
Based on Nasa's data, I made these structures 80 km wide, culminating at 2.5 km for most of them,
in comparison, this little red thing at the bottom on the right of the picture is the Eiffel tower (300 meters high),
stunning moving mountains made of ice particles !
https://ibb.co/F7CyW91
https://ibb.co/Tw4GWD2
Hello, here I am again with some new 3d renderings of these stunning rising structures orbiting fastly around Saturn, based again on the Nasa pictures made by Cassini-Huygens probe (RIP), hopefully this time with more realistic proportions as I made exactly the edge 100 km wide and the structures peaking at 2,5 km max, so from this perspective they actually look like slanted waves for the most part.
https://ibb.co/0FLCgpm
https://ibb.co/xYqHdVj
https://ibb.co/KNvZ4cJ
https://ibb.co/41j8Mph
That's truly wonderful, Erik. I think of the long, slow progression in our best views of Saturn's rings, and those perspective shots with the far distance showing little and the foreground showing so much is like all the centuries are passing in a moment. Thanks for that.
I can definitely see a bunch of people showing up during the equinoxes to enjoy those shadows going across the rings!
This is perhaps the best existing thread for a new result: The oscillations in Saturn's rings have been used to determine anisotropies in Saturn's interior, a different source of data for the same sort of investigation that Cassini's motion was used to probe during the end of the mission and that Juno is investigating now at Jupiter.
On the face of it, it seems like this analysis may have provided better information than Juno has been able to regarding the questions of giant planet formation, but the greater size of Jupiter may mean that results from Saturn alone can't possibly give us the final word on how much of the solar system's planetary material is from heavier elements.
https://arstechnica.com/science/2021/08/saturns-core-is-a-big-diffuse-rocky-slushball/
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