Really interesting video and topic, thanks NSN! This means that when galaxies merge, a phase of extreme star formation occurs. You speak in the report about a life and death action on a large scale, hmmm... 🔭
That would be fascinating but, scientists still don’t have any evidence that these effects will duplicate with separate galaxy collisions. Each galaxy collision could have their own particular effects and/or greater effects. Based on Einsteins theory of relativity being discovered just above 100 years ago, our universe is estimated to be 13.8 billion years old. So don’t jump to any conclusions buddy. According to NASA, this is only the first time this has been observed in recorded history, giving optimism and confirming our early steps in discovering the mysterious of the cosmos.
@@Heedy5k However, new discoveries also contain new ideas or theories. This is what happened with the now rather outdated idea of the big bang, a rather unsuccessful attempt to explain the expansion of the cosmos in this way. But today, realities are changing... So, when we now look into the depths of our cosmos, we are actually looking from one universe to another, specifically into our predecessor universe - many of these extremely redshift galaxies (Jade-gz-galaxies, detected by JWST) still come from this predecessor, in any case a big bang no longer has a valid place here... But I really like this merger story, and the history of our current universe can also be explained to a large extent by these mergers. I also assume that it is not just one universe, but several, our current universe is just TOO large, the real universe scale MUST be smaller... And yes, Einstein was right to say: "The only thing we really know is that we know nothing"... 😉
@thekingofmojacar5333 yeah our knowledge of the universe is almost 1% loaded. I’d love to see us learn to affect dark energy, ultimately giving us a glimpse on how our universe was formed.
Blood-Soaked’ Eyes: NASA’s Webb, Hubble Examine Creepy Galaxy Pair" sounds like a headline straight out of a cosmic horror story, but it refers to an eerie phenomenon captured by the incredible power of NASA’s Webb and Hubble telescopes! This "creepy galaxy pair" likely describes an interacting or colliding galaxy duo whose appearance resembles a pair of ominous, glowing red eyes in space. Here’s what might be behind this unsettling visual: Galactic Collision: These galaxy pairs are likely in the early stages of merging, with gravitational forces stretching and distorting their shapes. The "blood-soaked" look may be caused by regions of intense star formation, glowing in infrared or red wavelengths that look especially ominous through the eyes of space telescopes. Bright Red Cores and Dust: Many galaxies contain dense, active cores or active galactic nuclei (AGN) that can emit intense radiation. This core activity often appears as a glowing red in images, especially when dust and gas surround the galactic centers, obscuring the blue and green light. This gives the galaxies the look of red, piercing “eyes.” Enhanced Infrared Detection by JWST: The James Webb Space Telescope (JWST) has heightened sensitivity in the infrared spectrum, revealing eerie, red-hued details that Hubble alone couldn’t capture. With its ability to peer through dust clouds, Webb highlights these galactic interactions, giving them a sinister, “blood-soaked” appearance in the imagery. Gravitational Lensing Effects: In some cases, gravitational lensing-where the gravity of a massive object bends light-can make galaxies or star clusters appear to have haunting features. This bending effect could amplify the red, eye-like shapes, intensifying the eerie look of this galactic pair. This "blood-soaked" galactic pair is not only fascinating visually but also scientifically valuable, offering insights into how galaxies merge, evolve, and form stars. And thanks to Webb and Hubble, we get a clear view of just how intense and, yes, a little spooky, these cosmic events can be!
![Journey to the Andromeda Galaxy [4K]](http://i.ytimg.com/vi/-ybiXR2WCFQ/mqdefault.jpg)
![Journey to the Andromeda Galaxy [4K]](/img/tr.png)
Dormammu, I’ve come to bargain
Thank you for giving us the ticket for this and other journeys.
Just great work you do. I am a big fan. Thanks
Really interesting video and topic, thanks NSN!
This means that when galaxies merge, a phase of extreme star formation occurs.
You speak in the report about a life and death action on a large scale, hmmm... 🔭
That would be fascinating but, scientists still don’t have any evidence that these effects will duplicate with separate galaxy collisions. Each galaxy collision could have their own particular effects and/or greater effects.
Based on Einsteins theory of relativity being discovered just above 100 years ago, our universe is estimated to be 13.8 billion years old. So don’t jump to any conclusions buddy.
According to NASA, this is only the first time this has been observed in recorded history, giving optimism and confirming our early steps in discovering the mysterious of the cosmos.
@@Heedy5k
However, new discoveries also contain new ideas or theories. This is what happened with the now rather outdated idea of the big bang, a rather unsuccessful attempt to explain the expansion of the cosmos in this way. But today, realities are changing...
So, when we now look into the depths of our cosmos, we are actually looking from one universe to another, specifically into our predecessor universe - many of these extremely redshift galaxies (Jade-gz-galaxies, detected by JWST) still come from this predecessor, in any case a big bang no longer has a valid place here...
But I really like this merger story, and the history of our current universe can also be explained to a large extent by these mergers. I also assume that it is not just one universe, but several, our current universe is just TOO large, the real universe scale MUST be smaller...
And yes, Einstein was right to say: "The only thing we really know is that we know nothing"... 😉
@thekingofmojacar5333 yeah our knowledge of the universe is almost 1% loaded.
I’d love to see us learn to affect dark energy, ultimately giving us a glimpse on how our universe was formed.
This reminded me of some song lyrics:
“But when worlds collide, said George Powell to his bride
I'm gonna give you some terrible thrills. . .”
It's where REZZ, our Space Mom is from!! 🌀_🌀🖖
Speaking of rez, I gotta clean my pipe, I mean telescope
@@HugheJassoul yeayuhh!!
Any thoughts on NGC4790?
Blood-Soaked’ Eyes: NASA’s Webb, Hubble Examine Creepy Galaxy Pair" sounds like a headline straight out of a cosmic horror story, but it refers to an eerie phenomenon captured by the incredible power of NASA’s Webb and Hubble telescopes! This "creepy galaxy pair" likely describes an interacting or colliding galaxy duo whose appearance resembles a pair of ominous, glowing red eyes in space.
Here’s what might be behind this unsettling visual:
Galactic Collision: These galaxy pairs are likely in the early stages of merging, with gravitational forces stretching and distorting their shapes. The "blood-soaked" look may be caused by regions of intense star formation, glowing in infrared or red wavelengths that look especially ominous through the eyes of space telescopes.
Bright Red Cores and Dust: Many galaxies contain dense, active cores or active galactic nuclei (AGN) that can emit intense radiation. This core activity often appears as a glowing red in images, especially when dust and gas surround the galactic centers, obscuring the blue and green light. This gives the galaxies the look of red, piercing “eyes.”
Enhanced Infrared Detection by JWST: The James Webb Space Telescope (JWST) has heightened sensitivity in the infrared spectrum, revealing eerie, red-hued details that Hubble alone couldn’t capture. With its ability to peer through dust clouds, Webb highlights these galactic interactions, giving them a sinister, “blood-soaked” appearance in the imagery.
Gravitational Lensing Effects: In some cases, gravitational lensing-where the gravity of a massive object bends light-can make galaxies or star clusters appear to have haunting features. This bending effect could amplify the red, eye-like shapes, intensifying the eerie look of this galactic pair.
This "blood-soaked" galactic pair is not only fascinating visually but also scientifically valuable, offering insights into how galaxies merge, evolve, and form stars. And thanks to Webb and Hubble, we get a clear view of just how intense and, yes, a little spooky, these cosmic events can be!
Could those two galaxies be alive like two sanctioned beans. Propagating the universe.