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James Webb Telescope

But resembling true colour if we were nearby I thought we decided.

I think it depends what is being looked at in any given image, I saw one that was labelled as areas of higher density of dust shown as red and areas of lower density shown as blue. To our naked eye that would probably have just appeared as some slight whitish mist if we could see the dust at all.
 
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The messy death of a multiple star system and the resulting planetary nebula as observed by JWST

Before the dying star shed its layers, the team proposes that it interacted with one or even two smaller companion stars. During this intimate “dance,” the interacting stars may have launched two-sided jets, which appeared later as roughly paired projections that are now observed at the edges of the nebula. “This is much more hypothetical, but if two companions were interacting with the dying star, they would launch toppling jets that could explain these opposing bumps,” De Marco explained. The dusty cloak around the dying star points to these interactions.

Where are those companions now? They are either dim enough to hide, camouflaged by the bright lights of the two central stars, or have merged with the dying star.

The complex shapes of the Southern Ring Nebula are more evidence of additional unseen companions – its ejections are thinner in some areas and thicker in others. A third closely interacting star may have agitated the jets, skewing the evenly balanced ejections like spin art. In addition, a fourth star with a slightly wider orbit might have also “stirred the pot” of ejections, like a spatula running through batter in the same direction each time, generating the enormous set of rings in the outer reaches of the nebula.
 
NASA’s Webb Confirms Its First Exoplanet (NASA)
Researchers confirmed an exoplanet, a planet that orbits another star, using NASA’s James Webb Space Telescope for the first time. Formally classified as LHS 475 b, the planet is almost exactly the same size as our own, clocking in at 99% of Earth’s diameter. The research team is led by Kevin Stevenson and Jacob Lustig-Yaeger, both of the Johns Hopkins University Applied Physics Laboratory in Laurel, Maryland.

The team chose to observe this target with Webb after carefully reviewing targets of interest from NASA’s Transiting Exoplanet Survey Satellite (TESS), which hinted at the planet’s existence. Webb’s Near-Infrared Spectrograph (NIRSpec) captured the planet easily and clearly with only two transit observations. “There is no question that the planet is there. Webb’s pristine data validate it,” said Lustig-Yaeger. “The fact that it is also a small, rocky planet is impressive for the observatory,” Stevenson added.
[IMGW=800]https://www.nasa.gov/sites/default/files/thumbnails/image/stsci-01gnvz7q8jshhz5fe3x1q7wzhb.png[/IMGW]
(Source: NASA, hotlinking of images from NASA websites is explicitly permitted)

NASA’s Webb Uncovers Star Formation in Cluster’s Dusty Ribbons (NASA)
[IMGW=800]https://www.nasa.gov/sites/default/files/thumbnails/image/stsci-01gnymeg4ym0ksh1x63g894t6h.png[/IMGW]
(Source: NASA)

NCG 346 is a star-forming region located in the Small Magellanic Cloud (a nearby dwarf galaxy).
 

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