Nowadays, every time I see an image of something in the universe, I feel distressed in doubt before enjoying awe. I wonder: is this? In fact How does this thing look?
Scientists usually add artistic motifs to their spatial images. This is not just for fun (although there is a lot of fun), but because a little coloring goes a long way when focusing on raw planetary photos or cosmic photography. It cannot be detected by humans.
What this means for us astronauts is that no matter how hard it is NASA’s James Webb Space Telescope You may have tried to convince us that the Carina Nebula doesn’t look like warm melted candy. Despite what the elementary school books say, A flower is not a yellow mustard bulb. Contrary to what the Hubble Space Telescope suggests, The Veil Nebula is unfortunately not a rainbow worm. I can go on.
So when I look at a picture of an alien world, I know number Colorful, I’m staring a little longer than usual – and on Tuesday we are blessed with such a miracle.
See, left side of the following image, taken by NASA’s Juno spacecraft. It’s roughly what the surface of Jupiter would look like if we could look at it somehow as if we were a fan of the moon. king of the solar systemIn fact.
You can’t help but look right? The same. But be careful. This is one of those suspicious photos that have been processed. It increased color saturation and contrast to sharpen small Jovian features, NASA He said in a statement. The agency explains that this manipulation was important to reduce noise or other artifacts in the image.
“This clearly reveals some of the most interesting aspects of Jupiter’s atmosphere, including the contrast of colors caused by the difference in chemical composition, the three-dimensional nature of Jupiter’s vortices, and the small, bright ’emerging’ clouds that form in the upper parts,” NASA said. from the atmosphere.
Of course, this version of the marbled skin of Jupiter is undoubtedly more impressive – but just think how the left side is our reality. In space, there is an orbit made of rotating gas that can hold more than 1300 land in it. And…maybe it sound like that?
Credit for our latest special lens on Jupiter goes to citizen scientist Bjorn Johnson, who collected and collected publicly available data from NASA’s Juno mission. Juno is a spacecraft that spans the width of a basketball court It circles long, circular orbits around the red and brown worlds while capturing information and images of its planetary inspiration.
Since its launch from Earth in 2011, Juno has been a force.
Additionally, on April 9 Juno has reached the point of approaching him at the buyerthat rise just over 3,300 kilometers above the planet’s cloud tops, paving the way for this kind of stop-motion movie.
In connection with the new gas giant image revealed by Jónsson, Juno was about 3,300 miles (5,300 km) above the tops of Jupiter’s cloud at a latitude of about 50 degrees. “At that time, the spacecraft was traveling at about 130,000 miles per hour (209,000 kilometers per hour) relative to the planet,” NASA said.
Another win for Juno and another introspective space treasure for us.
Things like this evoke a kind of strange feeling inside me – a mixture of existential fear, bewilderment, and silence. It reminds us of our small, but remarkably clever view of the universe.
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