The Orion Nebula must be among the most photographed and studied deep space object, and yet it still reveals more secrets! JWST is a marvel - great episode!
Can we take a moment to appreciate all the space and science updates Anton has consistently been giving us so far. He's an incredible person who's just like us who's been through ups and downs, but he still managed to power through and give us some of the best pieces of content on TH-cam. Thank you Anton, you're a star.
He’s my only source for science videos. Every single other “science” channel wasted 15 minutes of my time explaining useless background information before finally getting to the topic. And even then you never know how recent it is. Anton is always concise, he gives us the info we need, he’s amazing
Those Jumbo’s in the Orion Nebula are amazing! Ejected from a star system, or formed by themselves, I think there is a lot more about these giant planets external to a star system that we have yet to discover. The JWST just comes up with astonishing discoveries!
What an amazing time to be alive! I saw Alan Shepard fly in space and was old enough to appreciate it (8yo) and I have met (served as Honor Guard, even) for men who walked on another world... I've gotten drunk with Spock's father, a clever Romulan naval Kriegsmariner with no deep-seated love for his führer, and a Tlinghan D7 battlecruiser commander who couldn't stand up because they made his suit a "bit" too small and whenever he stood up ... yeah, it was like when Billshat split his drawers ("Amok Time"? "Arena"?) only Mark wasn't having any of THAT! He remained seated.
I think the ending of Anton’s videos are my favourite part because I’ll have learned something awesome and get to see Anton’s smile. Happy (Canadian) Thanksgiving Anton, I’m grateful to be educated by your content!
I am just astonished that we can actually directly observe planets 1300 light-years away. And those proto-planetary disks! What an incredible image! Thanks JWST team! And thanks, Anton, for the video! I've been eagerly waiting for someone to cover it on TH-cam since I read about the JuMBOs a few days ago.
I suppose it just helps the normal process of any idea in science from theory to fact to being considered absurd. Is the Big Bang concept still in the fact stage which seems to have been the case for some time?
Mr Petrov, Of all the many amazing and informative videos you share with us to view, this one is totally cool. The constellation Orion has always been one of my favorite areas of the night sky even with my humble 10" Newtonian. I look forward to visiting ESASky. Thank you wonderful person!
That is mind blowing. What's also so, is that its density is lower than the best vacuum created on earth. The only reason we see it is because it's so big.
Your content is basically the best internet can offer to people, thank you! i would be a patreon had I the monetary means. You remember me of my teacher friends, giving so much to inspire people. Exactly what this troubled world needs right now. It gives me a little hope in mankind. thank you again!
The fact that they all have similar characteristics indicates it is very likely a common creation mechanism. But the fact that we aren't seeing singular or triple systems indicates the preferential creation of binary systems. The ejection hypothesis doesn't cut it for that reason. It's unlikely to the point of absurdity that there were 42 different systems that had almost identical collisions with this result.
The esa.nt gave me a great newfound perspective on the scale of astronomical images, objects and our advances with james webb. Zoomed in to a random spot James Webb has captured, clicked the image, and it showed up in HD! It's mind-boggling good quality for something that covers such a small part of the night sky.
My whole life I have looked to the sky and Orion has been the first constellation to catch my eye. Its weird but it makes me feel at home, or like that is possibly home. Who knows maybe one day we will find some crazy humanoid colony in Orions belt.
Can we please once again point out that we are now capable of resolving planet sized objects in other solar systems to a scale of several pixels? Instead of only inferring the mass and orbit of planets by the tiny wobble of their star, we can now actually see more than a single sample of light coming directly from these objects. Let that boggle your mind for a healthy minute or two.
What I love about the Orion Nebula is how it’s the one nebula you can see with the naked eye.And even with a small telescope you can see a lot of detail
Even in cities I have seen the glow of the Orion nebula with the naked eye and I genuinely stand in my spot looking up in awe even though I see it every winter 😂.
I wonder if the Three Body Problem in gravitational mechanics has something to do with these JuMBOs? If the orbital motion of two similar-mass objects is predictable, but three or more bodies is unstable/unpredictable, then over long periods of time you'd expect to see more binaries because they're the only ones that last long enough for us to observe them.
@Nobddy That's irrelevant. 3+ bodies systems have no reason to form more often in the past than today. Maybe in the early days of the universe, but at such a distance we're barely able to see whole galaxies so forget about observing tri-star systems. Direct observation of stars is generally limited to the stars of our own galaxies or the ones in our neighborhood, unless they're exceptionally bright -but then we can't see what's happening around it.
How did the Dogon tribe know about the tri-star system with the third companion we just discovered? If tri-stars are rare that is even more interesting.
I was thinking something along this line too. I wonder; in the tri-star systems, how many of them end up having a collision or other gravity-forced "break up" of one or more stars and it end of being a singular or binary star with a large debri/asteroid fields, rings or system with 10+ planets? Or the remnants of that kind of event causing this binary Jupiter situation
We could be a trinary system. Sirius as the Binary and Nemesis, way farther out on a 360 million year orbit. There is a 360 million year extinction cycle. They are pretty sure there is Nemesis. The Dogon tribe map matches the Annunaki map to Nibiru. Sirius. The Great pyramid is a 3D message into the future. One that can't be erased. The crooked, blocked, unusable shafts are the message. To draw the eye. To Sirius & Orions belt. Because to find Sirius, u always find Orion first.
@@snowmiaow The existence of Sirius C is still hypothetic, and can easely be explained by cultural contamination from missionary and scientific missions during the 19th and early 20th century.
please do start the series "crazy stuff nobody expected that JWST discovered". for real, this would be a great playlist and a perfect starting point on developments and unanswered questions in modern astrophysics
Maybe a method of star formation? If binaries form, then some definitely crash into each other. Imagine that, but with much less mass. JUMBOs might be either binary rogue planets/brown dwarves, or are about to crash into each other That's my thoughts anyway, as a random nerd in the comments section Edit: another commentor said they could be protoplanet ejecta falling into binary orbits, which also seems likely due to the high local star formation rates
It's curious that Iron is abundant in this cluster, as it should be found only in the most ancient stars(?). It's a good possibility that we will never have all the answers, but this game sure is fun!
On the contrary, iron is the most common product of massive stars, which have quite a short life span and tend go supernova at the end of it. That's how the next generation of stars can form with planets with an an iron core, like our own. What's curious in the image is how this iron seems distributed unevenly, in patches, nothing like what you would expect from a supernova.
I interpreted the explanation as iron being formed as a result of the collision of two stars, in a nucleosynthesis process similar to a supernova, with the presence and distribution of iron as evidence that the phenomenon resulted from two stars colliding.
Maybe a double star system started to form as they do very often, but they have not yet accumulated much mass as a powerful event (explosion of a big star "nearby" or just star radiation of big stars "nearby") blasted away the material around that double star system that was about to form there. ... This way, they ended up gathering not enough mass to become stars, not even brown dwarfs, but "just" Jupiter-sized objects. Maybe that could be a solution.
It is so very difficult for me to watch you Anton but it has nothing to do with quality of content you are an excellent presenter. It’s because of the loss and hardship you’ve suffered …. You are a far stronger man than I..
Holy Crap! We have close to 100 million pictures over the centuries of M42. Not ONCE have we seen these Fingers Of Creation jetting at high velocity probably out of massive colliding stars. Not to mention the ubiquitous Jupiter mass binaries.
How exciting having JWST making so many new discoveries. Now it detects numerous lower mass binaries than current theories can explain. I wonder how long it will be before we have models that show us how they might've been created?
Thank you Anton for making this information readily available for us common folk. We live in exciting times and i hope governments and societies around the world start leaning more on sciences and advancing them instead of being preoccupied with the same silly primal problems that have been plaguing us for millena.
My understanding is that the nebula is only a few hundred years old. We should be able to see real time changes in its shape. Im guessing the nebula is basically lighting up that part of the sky, which is allowing us to visualize the planets. The density of rogue planets is huge, the nebula subtends a distance comparable to the distance to alpha centauri. If this is indicative of the general density there are certainly rogue planets out there that may only be less than a light year from us, we just cant see them.
The Orion complex is about 800 to 1300 lightyears away and roughly 2000 lightyears across from our perspective. M42s brightest area in Orion's sword is only the central portion of a complex that encompasses the entire constellation. It is also far older than a few hundred years.
Θ1 Orionis C (in the Trapezium cluster) is an exceedingly rare O6V dwarf. It is ~33 times the Sun's mass, 10.6 times its radius, 204,000 times its luminosity and a surface temperature of 39,000 K (70,000°F.) Of the billions of stars in the Milky Way only about 20,000 spectral type *O* dwarves are known. (A massive *O9.5V* dwarf -- Zeta Ophiuchi -- can be seen with the unaided eye.)
Since most solar systems are binary and Jupiter is thought to be possibly our systems binary star that never got quite big enough to become a star, it wouldn't be farfetched for there to be a possible system where both potential stars never passed Jupiter size mass due to a lack of matter in the system.
There are many planets flying all around without orbiting a star. There must be even planets in locations like the bootes void. Some things, are most likely true, even if we haven't seen them yet. There is all kind of stuff flying around, most of it is concetrated to make galaxies. But, there must be still a lot of stars, planets, solar systems, dust, meteorites, outside galaxies. I would surprise me, if it wasn't the case.
Bingo. If dust and gas coalesces to form stars, there must be times when there isn't enough material to support fusion (or maybe not yet). We might discover one day that there are more of these planets than there are stars, we just couldn't see them.
I would think they'd only need a nucleation point and enough space left undisturbed.. Once enough mass was gained by a close enough pair, they'd start to interact.
I was expecting surprises from Webb. The only thing that's consistent when we push the boundaries of understanding is the fact that we overturn our previous assumptions. The more surprising thing for me, is that people get so surprised
After so many years of university… followed by so many JWST surprises, I now summarize my current, full, revised understanding of astrophysics: ✅Energy is conserved ✅E=mc^2 ✅Maxwells equations ✅Relativity is real ✅All else is hypothesis
The presence of these systems should come as no surprise Anton. Smaller gas and dust globules within such a huge complex (about 2000 lightyears across) are bound to occasionally form objects that are too small to initiate hydrogen fusion. You can be sure that there're quite common, even though we've just confirmed their existence.
note that those are fresh (still hot) super-jupiters.. smaller solid bodies that form will not be visible for long, maybe even never to what we use right now to look out there. I'd day the thesis that sets a lower limit for solid body formation just failed its reality check and newer instruments will make that clear couple years down the road.
Think of bolas - the way they swing around each other. Maybe those jumbo twins have swung themselves out of a star system just by being so massive and behaving like a set of bolas?
You need to include the youtube algorithm money shot, _"Crazy stuff nobody expected that James Webb discovered and we still have no idea what it is, _*_possibly aliens_*_ "_ Millions Anton. You'll get millions of views
It's amazing we can watch the evolution of the universe around us in mear real time now. Makes me wish I was born a few hundred years from now to see the data we have collected with these amazing telescopes.
What if these jumbos are in the Lagrange points of other stars and their intense gravity lead to protoplanet formation? Or they’re failed stars that didn’t make it due to the intense formation of the major stars nearby.
The Orion Nebula must be among the most photographed and studied deep space object, and yet it still reveals more secrets! JWST is a marvel - great episode!
Humans have been drawn to Orion for millennia. It is a remarkable system.
The earth is the most studied planet in the universe and it still hides plenty of secrets!
@@oberonpanopticonBy humans anyway. Who knows, alien species may have studied another planet out there much more than we've ever studied Earth!
@@Kanaleah The earth is the most studied planet in the universe until proven otherwise!
And yet... If you actually went to the Orion Nebula, it would not look purple at all.
Can we take a moment to appreciate all the space and science updates Anton has consistently been giving us so far. He's an incredible person who's just like us who's been through ups and downs, but he still managed to power through and give us some of the best pieces of content on TH-cam. Thank you Anton, you're a star.
He’s my only source for science videos. Every single other “science” channel wasted 15 minutes of my time explaining useless background information before finally getting to the topic. And even then you never know how recent it is. Anton is always concise, he gives us the info we need, he’s amazing
You are making some of the best videos on the internet right now. So informative, funny, well paced, all around fantastic. Congrats!
he needs voice training and better script editing, idk how you come to "all around fantastic"
@priapulida totally disagree on both points.
TH-cam open space in Orion by Louise Torres
🤡
Thanks!
Those Jumbo’s in the Orion Nebula are amazing! Ejected from a star system, or formed by themselves, I think there is a lot more about these giant planets external to a star system that we have yet to discover. The JWST just comes up with astonishing discoveries!
What an amazing time to be alive!
I saw Alan Shepard fly in space and was old enough to appreciate it (8yo) and I have met (served as Honor Guard, even) for men who walked on another world...
I've gotten drunk with Spock's father, a clever Romulan naval Kriegsmariner with no deep-seated love for his führer, and a Tlinghan D7 battlecruiser commander who couldn't stand up because they made his suit a "bit" too small and whenever he stood up ... yeah, it was like when Billshat split his drawers ("Amok Time"? "Arena"?) only Mark wasn't having any of THAT!
He remained seated.
JWST's power is absurd, I zoomed into the dark areas of the image and was greeted a many distant galaxies, thanks for the link Anton!
I hope you feel better fast. Thanks for another interesting lesson. Take care of yourself 🖖🤩
I think the ending of Anton’s videos are my favourite part because I’ll have learned something awesome and get to see Anton’s smile. Happy (Canadian) Thanksgiving Anton, I’m grateful to be educated by your content!
I wait for the smile too.
I am just astonished that we can actually directly observe planets 1300 light-years away. And those proto-planetary disks! What an incredible image! Thanks JWST team! And thanks, Anton, for the video! I've been eagerly waiting for someone to cover it on TH-cam since I read about the JuMBOs a few days ago.
🤡
The jwst is becoming more and more like a pet. It keeps finding things nobody ever expects.
I suppose it just helps the normal process of any idea in science from theory to fact to being considered absurd. Is the Big Bang concept still in the fact stage which seems to have been the case for some time?
JWST: best dog.
So that's where my sock went.
That cat that kept bringing you random guts to your front doorstep
If only it could drop a dead alien on our doorstep.
Thank you Anton. You keep my passion for the stars burning dearly.
Thanks for the link to ESASKY!
Mr Petrov,
Of all the many amazing and informative videos you share with us to view, this one is totally cool. The constellation Orion has always been one of my favorite areas of the night sky even with my humble 10" Newtonian. I look forward to visiting ESASky. Thank you wonderful person!
You are the absolute king Anton, much appreciated
the most mind-blowing fact about this nebula is that it can almost fit between the sun and the closest star to us!
That is mind blowing. What's also so, is that its density is lower than the best vacuum created on earth. The only reason we see it is because it's so big.
Wow. Cool stat. Thank you for enlightening me
Oh wow, thank you for the link to Sky Esa it's absolutely astonishing browsing it, every frame has something wonderful
Blessings to you and your family ❤
I want to say thanks for your videos Anton.
I really hope for peace and happiness for the world and your family.
YES finally i kept wondering about orion. im sure were gonna find a few good things there. no idea what. but im excited.
I'm so glad we live in a quiet suburb of the Milky Way.
Here here
Incredible pictures and good information as always Anton
really exciting stuff Anton! great work ❤😊!
amazing every new discovery makes me feel we live in an golden age of space exploration
Your content is basically the best internet can offer to people, thank you! i would be a patreon had I the monetary means. You remember me of my teacher friends, giving so much to inspire people. Exactly what this troubled world needs right now. It gives me a little hope in mankind. thank you again!
Thats amazing to see wow, i've had to share this!
Super interesting video. Thanks Anton!
The fact that they all have similar characteristics indicates it is very likely a common creation mechanism. But the fact that we aren't seeing singular or triple systems indicates the preferential creation of binary systems. The ejection hypothesis doesn't cut it for that reason. It's unlikely to the point of absurdity that there were 42 different systems that had almost identical collisions with this result.
Wonderful as always Anton. Thank you. 😊
The esa.nt gave me a great newfound perspective on the scale of astronomical images, objects and our advances with james webb. Zoomed in to a random spot James Webb has captured, clicked the image, and it showed up in HD! It's mind-boggling good quality for something that covers such a small part of the night sky.
Thank you Anton. Things are getting curiouser and curiouser.
Thanks for the great content as usual, Anton 👍
My whole life I have looked to the sky and Orion has been the first constellation to catch my eye. Its weird but it makes me feel at home, or like that is possibly home. Who knows maybe one day we will find some crazy humanoid colony in Orions belt.
It's always been the big dipper for me, or rather that's one of the very few constellations that is visible under city pollution :(
I feel like Orion haunts me.
There’s some speculation among ufo nerds (like myself) that some of the “aliens” that have been visiting us for thousands of years come from Orion
Even if there's no one there, I hope some day we can colonize some planet around there.
@@tgray1I don't know, but if I had to guess I think those would come from much closer. Perhaps Proxima Centauri.
Beautiful hat Anton! Love it!
Learned a ton from Anton, better than any documentary.
Love you rocking your protoplanetary halo St Anton 😇
Can we please once again point out that we are now capable of resolving planet sized objects in other solar systems to a scale of several pixels? Instead of only inferring the mass and orbit of planets by the tiny wobble of their star, we can now actually see more than a single sample of light coming directly from these objects. Let that boggle your mind for a healthy minute or two.
Thank you. That's a pretty intense realization. Yay science!
One might posit we are the maturing cells of the eyeball of a cosmilogical being
I believe we are seeing a star/glow of the planet and not their actual disks. We will hit a diffraction limit if we tried
Nice video. Thanks, Anton.
TY Anton for showing us the baby pictures of solar systems.
Thanks for the info about EsaSky. How about a video listing all public sources for looking at stars and doing hobby astronomy?
Thanks for all of the good work that you do!
Hey Anton, have a good weekend
@2:35 one of the most mind-boggling images ive seen in a while
4K Anton is good Anton
Wow Anton, thanks for explaining another fascinating new discovery!
I love how literally everyday it seems we see something new….
Thank you for sharing ESAsky!
What I love about the Orion Nebula is how it’s the one nebula you can see with the naked eye.And even with a small telescope you can see a lot of detail
Even in cities I have seen the glow of the Orion nebula with the naked eye and I genuinely stand in my spot looking up in awe even though I see it every winter 😂.
Hello wonderful Anton
Such a grand beautiful irony. The more we discover about space the more mysterious it is.
Ha your first sentence was my thought too! That JWST thing is pretty amazing
I wonder if the Three Body Problem in gravitational mechanics has something to do with these JuMBOs? If the orbital motion of two similar-mass objects is predictable, but three or more bodies is unstable/unpredictable, then over long periods of time you'd expect to see more binaries because they're the only ones that last long enough for us to observe them.
@Nobddy That's irrelevant. 3+ bodies systems have no reason to form more often in the past than today.
Maybe in the early days of the universe, but at such a distance we're barely able to see whole galaxies so forget about observing tri-star systems. Direct observation of stars is generally limited to the stars of our own galaxies or the ones in our neighborhood, unless they're exceptionally bright -but then we can't see what's happening around it.
How did the Dogon tribe know about the tri-star system with the third companion we just discovered? If tri-stars are rare that is even more interesting.
I was thinking something along this line too. I wonder; in the tri-star systems, how many of them end up having a collision or other gravity-forced "break up" of one or more stars and it end of being a singular or binary star with a large debri/asteroid fields, rings or system with 10+ planets? Or the remnants of that kind of event causing this binary Jupiter situation
We could be a trinary system. Sirius as the Binary and Nemesis, way farther out on a 360 million year orbit. There is a 360 million year extinction cycle. They are pretty sure there is Nemesis.
The Dogon tribe map matches the Annunaki map to Nibiru. Sirius. The Great pyramid is a 3D message into the future. One that can't be erased. The crooked, blocked, unusable shafts are the message. To draw the eye. To Sirius & Orions belt. Because to find Sirius, u always find Orion first.
@@snowmiaow The existence of Sirius C is still hypothetic, and can easely be explained by cultural contamination from missionary and scientific missions during the 19th and early 20th century.
Thank you anton for covering stuff like explosion filaments and planetary disks seen in the photo!
Thank you for sharing the ESAsky website, I had no idea that existed and now I will likely forget the feel of grass.
please do start the series "crazy stuff nobody expected that JWST discovered". for real, this would be a great playlist and a perfect starting point on developments and unanswered questions in modern astrophysics
Maybe a method of star formation? If binaries form, then some definitely crash into each other. Imagine that, but with much less mass. JUMBOs might be either binary rogue planets/brown dwarves, or are about to crash into each other
That's my thoughts anyway, as a random nerd in the comments section
Edit: another commentor said they could be protoplanet ejecta falling into binary orbits, which also seems likely due to the high local star formation rates
I used to think that maybe Jupiter was close to igniting but no. The sun is *ENORMOUS* go google their masses and relative sizes.
Maybe that's how starts start to form. They begin around a clump of matter that continues to gather more and more mass.
Are there better theories, with some facts to back them up? If not then we are stuck with what the scientific method has shown us so far.
It's curious that Iron is abundant in this cluster, as it should be found only in the most ancient stars(?). It's a good possibility that we will never have all the answers, but this game sure is fun!
On the contrary, iron is the most common product of massive stars, which have quite a short life span and tend go supernova at the end of it. That's how the next generation of stars can form with planets with an an iron core, like our own.
What's curious in the image is how this iron seems distributed unevenly, in patches, nothing like what you would expect from a supernova.
I interpreted the explanation as iron being formed as a result of the collision of two stars, in a nucleosynthesis process similar to a supernova, with the presence and distribution of iron as evidence that the phenomenon resulted from two stars colliding.
Yeah I'm just a curious spectator, my knowledge is superficial at best. It's all just so amazing and overwhelming. Beautiful and humbling. Thanks!
Maybe a double star system started to form as they do very often, but they have not yet accumulated much mass as a powerful event (explosion of a big star "nearby" or just star radiation of big stars "nearby") blasted away the material around that double star system that was about to form there.
... This way, they ended up gathering not enough mass to become stars, not even brown dwarfs, but "just" Jupiter-sized objects.
Maybe that could be a solution.
It is so very difficult for me to watch you Anton but it has nothing to do with quality of content you are an excellent presenter.
It’s because of the loss and hardship you’ve suffered …. You are a far stronger man than I..
Orion has always been my favorite. The Hunter and his belt.
Need to see what we know about the Stars in orions belt.
Tovarisch Anton ... seriously?
"A few hundred years ago?" (3:00)
Everybody goofs, but this isn't your typical typo. ❤️👍🖖
My continued condolences for Apollo. 😞❤️
@@WilliamRWarrenJrand the rest of us 😢 tragic
Well ESASky was not prepared for this feature ;)
Holy Crap! We have close to 100 million pictures over the centuries of M42. Not ONCE have we seen these Fingers Of Creation jetting at high velocity probably out of massive colliding stars. Not to mention the ubiquitous Jupiter mass binaries.
It's the really **weird** planet Freesmart visited in BFDIA 7.
Science reporting I look forward to every day.
Agree,very much
"Let's put one right here as my little hat."
Too cute 😍
Amazing…, the binary planets! Thanks Anton, the universe is amazing and clearly our understanding is embryonic… 🙏
How exciting having JWST making so many new discoveries. Now it detects numerous lower mass binaries than current theories can explain. I wonder how long it will be before we have models that show us how they might've been created?
Very interesting Research work. . Congratulations for your dedication finding the truth about the universe.
Thank you Anton for making this information readily available for us common folk. We live in exciting times and i hope governments and societies around the world start leaning more on sciences and advancing them instead of being preoccupied with the same silly primal problems that have been plaguing us for millena.
Agreed. Wars need to end once for all.
war is bad
sky is blue
no solution
thank you
My understanding is that the nebula is only a few hundred years old. We should be able to see real time changes in its shape. Im guessing the nebula is basically lighting up that part of the sky, which is allowing us to visualize the planets. The density of rogue planets is huge, the nebula subtends a distance comparable to the distance to alpha centauri. If this is indicative of the general density there are certainly rogue planets out there that may only be less than a light year from us, we just cant see them.
The Orion complex is about 800 to 1300 lightyears away and roughly 2000 lightyears across from our perspective. M42s brightest area in Orion's sword is only the central portion of a complex that encompasses the entire constellation. It is also far older than a few hundred years.
amazing how much new and unexpected things we are getting from this gadget.
Θ1 Orionis C (in the Trapezium cluster) is an exceedingly rare O6V dwarf. It is ~33 times the Sun's mass, 10.6 times its radius, 204,000 times its luminosity and a surface temperature of 39,000 K (70,000°F.) Of the billions of stars in the Milky Way only about 20,000 spectral type *O* dwarves are known. (A massive *O9.5V* dwarf -- Zeta Ophiuchi -- can be seen with the unaided eye.)
Nice hat Anton!
series name idea: what the heck did we find
The views from within a nebula must be insanely stunning.
42 JuMBOS in M42 - just a coincidence!
Can't wait for more images in the future so we can see how they move.
It's the meaning of life, the universe and everything after all!
Since most solar systems are binary and Jupiter is thought to be possibly our systems binary star that never got quite big enough to become a star, it wouldn't be farfetched for there to be a possible system where both potential stars never passed Jupiter size mass due to a lack of matter in the system.
Are those also the first extrasolar double planets found?
There are many planets flying all around without orbiting a star. There must be even planets in locations like the bootes void. Some things, are most likely true, even if we haven't seen them yet. There is all kind of stuff flying around, most of it is concetrated to make galaxies. But, there must be still a lot of stars, planets, solar systems, dust, meteorites, outside galaxies. I would surprise me, if it wasn't the case.
Bingo. If dust and gas coalesces to form stars, there must be times when there isn't enough material to support fusion (or maybe not yet). We might discover one day that there are more of these planets than there are stars, we just couldn't see them.
Great Video !
I would think they'd only need a nucleation point and enough space left undisturbed.. Once enough mass was gained by a close enough pair, they'd start to interact.
These things right here... As you have probably already guessed what they are...
Me: "Al-ie-ens"
Antov: "Proto-planetary disks"
Me: 😞
Lol
Cool. Thanks for sharing.
I was expecting surprises from Webb. The only thing that's consistent when we push the boundaries of understanding is the fact that we overturn our previous assumptions. The more surprising thing for me, is that people get so surprised
After so many years of university… followed by so many JWST surprises, I now summarize my current, full, revised understanding of astrophysics:
✅Energy is conserved
✅E=mc^2
✅Maxwells equations
✅Relativity is real
✅All else is hypothesis
The resolution of the images is astonishing
The presence of these systems should come as no surprise Anton. Smaller gas and dust globules within such a huge complex (about 2000 lightyears across) are bound to occasionally form objects that are too small to initiate hydrogen fusion. You can be sure that there're quite common, even though we've just confirmed their existence.
note that those are fresh (still hot) super-jupiters.. smaller solid bodies that form will not be visible for long, maybe even never to what we use right now to look out there.
I'd day the thesis that sets a lower limit for solid body formation just failed its reality check and newer instruments will make that clear couple years down the road.
Orion N a very good exsample of what we know or DON'T know😂.
Great stuff Anton.
Life science are amazing and outthere,in this endless UNIVERSE😊
That's perfect Anton, crazy stuff james webb found and we still don't understand
Think of bolas - the way they swing around each other. Maybe those jumbo twins have swung themselves out of a star system just by being so massive and behaving like a set of bolas?
thanks for this, wonderful person
Could they be single objects that we're seeing twice through gravitational lensing?
To be able to witness a protoplanetary disk just like that, is amazing. (They seem to be called "Proplyds" look it up👍)
3:55 This is why I follow Anton.
You need to include the youtube algorithm money shot, _"Crazy stuff nobody expected that James Webb discovered and we still have no idea what it is, _*_possibly aliens_*_ "_
Millions Anton. You'll get millions of views
It's amazing we can watch the evolution of the universe around us in mear real time now. Makes me wish I was born a few hundred years from now to see the data we have collected with these amazing telescopes.
What if these jumbos are in the Lagrange points of other stars and their intense gravity lead to protoplanet formation? Or they’re failed stars that didn’t make it due to the intense formation of the major stars nearby.
Lots of traffic out there being discovered The universe is such an awesome place
Fantastic!
Well naturally, they found 42 pairs of JMBOs! We are looking out at the universe, you know?