Facebook : James Webb Telescope Cosmic Explorations

[Paco Dennis]

I love this stuff.

100 Planetary nebuloses photographed by the Hubble Space Telescope

This quest to understand what nature is made of has led scientists to look beneath the visible, cellular level to the molecular, atomic, nuclear, sub-nuclear, electroweak unified, and grand unified levels—many millions of times more minute than the atomic nucleus—and, ultimately, towards a unified theory of everything.
The planetary nebulosis is formed from a star of the lower mass at 9 solar masses (circa) which enters the final stadium of its life. The light takes on the gigantic red light, slowly losing the light that causes the light inside. When the star has a personal material, its temperature increases and UV radiation emits ionization of the material in the surrounding area and it is sprayed.
Credit: Hubble Space Telescope / elaborazione Cora A. Harris

 

[Grampa Don]

I detect a hint of AI here.

 

[Paco Dennis]

I detect a hint of AI here.

Really. From what? Not the post...of course...that is me. The picture? The article itself? Just curious about your thoughts on this. We do need to be aware that everything we see on line or in the media could be AI generated. When that happens there isn't going to be "who" really put this media together.

 

[Grampa Don]

I love this stuff.

100 Planetary nebuloses photographed by the Hubble Space Telescope

This quest to understand what nature is made of has led scientists to look beneath the visible, cellular level to the molecular, atomic, nuclear, sub-nuclear, electroweak unified, and grand unified levels—many millions of times more minute than the atomic nucleus—and, ultimately, towards a unified theory of everything.
The planetary nebulosis is formed from a star of the lower mass at 9 solar masses (circa) which enters the final stadium of its life. The light takes on the gigantic red light, slowly losing the light that causes the light inside. When the star has a personal material, its temperature increases and UV radiation emits ionization of the material in the surrounding area and it is sprayed.
Credit: Hubble Space Telescope / elaborazione Cora A. Harris

I recognize some of the images in the picture. They appear to be real. But, the text just doesn't read right.

When the star has a personal material,

which enters the final stadium of its life

It could be the result of machine translation from another language.

 

[Paco Dennis]

I recognize some of the images in the picture. They appear to be real. But, the text just doesn't read right.




It could be the result of machine translation from another language.

Good catch. Yea, they seem a little "misplaced." Still, I hope we appreciate the awesome wonder they evoke.

 

[Paco Dennis]

Stardust

 

[Paco Dennis]

The Carina Nebula, a breathtaking celestial masterpiece nestled 7500 light-years away.

 

[Grampa Don]

I look at NASA's picture of the day site every morning and see a lot of this stuff. Plus, there is always a detailed description by a professional astronomer. If you click on an image you get one with higher resolution.

 

[David777]

One needs to understand that many such images especially those from more recent decades telescopes are not representative of human visual system optical light ROYGBIV bandwidths and instead are the result of sensors across vastly wider electromagnetic spectrums that are then digitally assigned false colors in order for the different elements to stand out more. So if one were actually looking through an old telescope, one might see little beyond some white light or whatever would not be even visible. That noted, such does not reduce the incredible complexity and wonder of such astronomical objects as they are presented.