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AbleEndangered
I see a design!!
samuel1990
There is a theory that because Saturn has a different frequency to Earth, that's why storms look different. Something to do with uhhhh harmonics? No, I cant think of what it is. Something to do with frequency and sound?
)
Can we throw all politicians in the centre and just be done with them?
RammerJammer
Does anyone know why it took nine years before Cassini took the images?
i.space.com...
"As Cassini conducts the most in-depth survey of a giant planet to date, the spacecraft has been flying the most complex gravity-assisted trajectory ever attempted," Robert Mitchell, Cassini program manager at NASA's Jet Propulsion Laboratory (JPL) in Pasadena, Calif., said in a statement.
"Each flyby of Titan, for example, is like threading the eye of the needle," Mitchell added. “And we've done it 87 times so far, with accuracies generally within about one mile, and all controlled from Earth about one billion miles away."
Cassini’s operators have sent it to visit more than a dozen of Saturn’s 60-plus moons in the last eight years, and they sometimes ask the probe to get shots of the planet’s poles (and the poles of some of its moons).
www.space.com...
Bilder
Some more stunning images at the link
www.dailymail.co.uk...
Some great pics, enjoy ATS
This older, colour composite image - showing false shades - has been created from raw images taken by Cassini from a distance of 379,268 miles away
wigit
Isn't that "solar panel" saturn's rings?
Anyway, is there an explanation for a hexagonal storm. That's too weird. Unless there's an invisible force going in, or coming out of Saturn at that pole, I just can't see how it's made like that?
A hexagon is produced when you squeeze a circle on all sides; it's the shape with the largest area that you could squeeze into the smallest space. Haxagon is often found in nature:
"From bees' honeycombs to the Giant's Causeway, hexagonal patterns are prevalent in nature due to their efficiency. In a hexagonal grid each line is as short as it can possibly be if a large area is to be filled with the fewest number of hexagons. This means that honeycombs require less wax to construct and gain lots of strength under compression." en.wikipedia.org...
The ideal crystalline structure of graphene is a hexagonal grid. Snowflakes also use a hexagon as their base.
In case of Saturn, I think it's the extremely strong winds (the fastest in the Solar System!) that are responsible for this: they push on the polar atmospheric mass, squeezing it on all sides. I don't know why the south pole doesn't have this feature; perhaps the polar mass is not as prevalent, or the winds are weaker there. I'm also wondering about the bluish colour of the hexagon, clearly there are some gasses and chemical compounds responsible for this, that aren't visible throughout the rest of Saturn (unless there's a big storm kicking up those chemicals).
UpEndedWorld
Bilder
Some more stunning images at the link
www.dailymail.co.uk...
Some great pics, enjoy ATS
what's that supposed to be at the top corner? a solar panel, is it?
how can the vast distance and the very near foreground be both
in focus at the same time?
eta;
This older, colour composite image - showing false shades - has been created from raw images taken by Cassini from a distance of 379,268 miles away
so it is a composite, showing false shades, but why include the solar panel?
I think it is all false and these are false images.
hexagonal storms indeed!
I know, I know. the government (and nasa) always are truthful and honest.edit on 18/10/2013 by UpEndedWorld because: (no reason given)