JWST is a piece of trash. If I happen to get lucky and step in something amazing does that make me amazing? I was looking at some babe coming out of the shower the other day who left the curtains open and man her curves were amazing. If I then said dude this telescope is amazing then it's merely a turn of phrase. What I actually mean is that it allows me to access that which is actually amazing. Whatever possibilities it may unlock a key to the lock at the end of the day is merely a random shape made out of every day iron only valuable because that shape happens to have been arbitrarily chosen to be the one that unlocks the way to the actual valuables. If there's nothing inside the chest then it's nothing but a cruel joke. A bit like your mother what what.
I really, really, REALLY hope that they get around to imaging a black hole with JWST. I was more excited about the EHT photographs when they came out than I could describe- a James Webb direct photo of one would be amazing, even if still far away.
That timelapse is unreal... how much power is behind that pulsar. You can watch the shockwaves move over distances that are larger than the solar system. Top 3 greatest things I've ever seen
Unfortunately, it gets confusing when he shows unrelated pictures or animations. For example, he showed the same red nebula in both the Vela and Crab discussions.
@@thhseeking Agreed. There is only so much direct content he has and needs to fill the rest of the piece with related images. I would recommend he tries a week where he only shows direct content and a normal background. I would be happy to watch that, but not sure if everyone would.
@@PrometheusZandski I'd be happy to watch a relevant still or animation in the background as he speaks. I have no issue watching, for example, Dr Becky, Matt Easton, or Scott Manley as they speak.
The missing mass of the Crab Nebula is a very interesting topic. It seems that it is difficult to even explain why it was so bright and for so long. It make me wonder if we have not misidentified the supernova remnant, after all.
Pillars of Creation is my fave too, but a close second is the Pac-Man Nebula, because of the 5-star 3-body system in it. I've known about the Pac-Man Nebula for a while, but I didn't know about the 5-star system in it until Anton's video recently about the 3 body problem.
probably the Hubble Deepfield view, just mindblowing the scope of that image, from a relatively small segment of the sky...even more so with the clearer image from JWST...
I'd not yet seen that pulsar timelapse... that's truly awe-inspiring. Absolutely magnificent, watching those decades-long ripples fly out from the center. Looks like a pebble dropped in a pond.
It's amazing how each new step up in resolution really does bring it a little closer, the stunning detail seems to make it more real. It's like I can catch a glimpse at the unbelievable reality of it. Still totally unimaginable tho. And awesome! Thanks, as always, Anton! 😄
I always end up watching these vids late at night, I think its because I spent yrs watching 'The Sky At Night' with Patrick Moore, it was a British tv programme with space news and it was on late at night. 😊
Hi Anton ❤ loved it!!! Very well done indeed! ❤❤❤ the timelapses are impressive. Wonderful idea grouping similar objects together for comparison. Thank you so much ❤❤❤
That face in the thumbnail :) > I so have urges to cut that mask out and shop it on to Anton's face like an actor in a Shakespearean play :P > Anton in the mask (With Shakespearean accents): “Doubt thou the stars are fire; Doubt that the sun doth move; Doubt truth to be a liar; But never doubt thou wonderful person.”
Within weeks, Corona Borialis will go nova, as I understand it. You might want to do an episode on what has lead up to this, and the long term expectations after its over. My wife and I will certainly be on a nearby mountaintop to observe this as much as we can before it fades away in a couple or three weeks. Thanks for keeping us informed on so many things. When I'm short on time to look at things in detail, I know you'll sift out the best parts for me. It's why I've been a sub for years now. 👍
T Corona Borealis is a recurrent nova that experiences increases in brightness of about 7 magnitudes roughly every 80 years. Your enthusiasm is heartwarming for an old astronomer like myself, but don't expect anything spectacular, as it will probably only come up to about magnitude 2 or 3. Unless you know where to find it, you could easily miss it. The supernovae that Anton is discussing here today are totally different animals that are orders of magnitude higher in total energy output. There have been 4 naked eye visible supernovae in the Milky Way in the past thousand years. One of them (I think it was Tycho`s star, but maybe not) was bright enough to read by at night and visible in broad daylight when at peak luminosity. It remained naked eye visible at night for about 15 months. Look up the supernovae of 1006, 1054, 1572, and 1604 to check me on which one it was. I don't cheat by looking things up before posting like some others do. Good luck and wishing you clear and starry skies.
This video by Anton Petrov really makes me feel like I'm sitting in an alien light concert. Images of famous nebulae like the Crab Nebula and Veil Nebula are not only beautiful but also mesmerizing.
@@geoffstrickler Imagine having a hand in humanity reaching across the cosmos to view the origins of the universe. Helluva flex at parties, just sayin...
@@stargazer5784 Yes, I have seen it before but that and last years composite magnetic lines image of the Andromeda Galaxy are two of my favourites. I also saw an image where we where looking down a "Gun barrel" through a cloud were a gamma ray had completely cleared it's path. Sadly I cant remember where, and you know not all sources are honest. EG Elvis seen in Mars rover pictures. If real I would love to see it again because it was extra ordinary
If someday humans discover a way to travel between the stars we're going to be able to see those objects from multiple different angles... Could you imagine how much more we'd be able to learn?
If we ever manage a clear, direct photo of a black hole (well, its accretion disc, to be more accurate) I'll be a very happy camper. The EHT photos were an amazing feat, but left me wanting more detail. Black holes have always been a source of fascinated unease for me- the idea that something could potentially "delete" information/objects from the universe entirely.... it's eerie.
Calculate the time it would take for information to pass from one human inhabited star system to another … it is going to be a mighty long time before we see such long baseline images!
Kind of makes me think of shifting gears when we get these star explosions we see here the blast and then a central object still exist and is changed into a new thing like a cocoon to butterfly. These nebula blast off some compositions making the fission now with new properties so stars burn different maybe hotter or colder depending if it was down shifted in energy ( perhaps eventually making a planet) or up shifted until perhaps its large enough to collapse into a black hole.
Beautiful images. I fear some of them changed a bit too quickly to take in what you were saying. Ejecta travelling at 12 - 14,000 km per second in an object 300+ years old,, that's pretty hard to take in right now😱
i feel the same way as i did as a small boy as a look at nebulae. i wish i could just teleport around the universe as an omnipotent being that couldn't be crushed by blackholes :(
@ 3:10 mark re: Crab Nebula "Durning these thousand years the structure has expanded to be about 10 light years across". Question: How does that math work out?
It's not light- it's gas/dust. It's not going to travel 1k light years in 1k years. That it managed to travel 10 LY in that amount of time is impressive in and of itself.
So, Vela, at 800 light years away, and the super nova 12,000 years ago, so, the debris or the solid particles or the gas from the explosion will reach us soon?
This is a perfect example that the universe is not uniform in density. I am sure that if you were able to measure it, that gravity around a supernova would be significantly diffent from deep pace where there is nothing around. We have no way to determine the overall gravitational effects on light over long distances because of these facts. We have no idea how much impact matter between two points has on the ligh traveling through those points!. It is probably being impacted by orders of magnatude which would suggest we dont know shit about how far things are away from us.
Magnetars simply have a much stronger magnetic field than other neutron stars. NSs have very powerful magnetic fields in general. Anton is talking about the EM radiation emitted by the pulsar as being very powerful.
One way to get a Neutron star instead of a Pulsar. If the collapsing star's magnetic fields are not very tangled near the core the infalling plasma may follow the exact same path back out after core rebound and cancel most of the now Neutron star's magnetic fields.
Sometimes I have a hard time visualizing some of these things. Such as say iron in these nebula, are they particles? Or would it be like pebbles or something. Maybe another way to word it. When the star blows up and makes new elements. Are they molecules. How do those things make astroids. Small particles slowly combining??? Am i grasping it maybe?
Iron is there mostly in the form of single atoms. New molecules form when interstellar gas had cooled off sufficiently. And indeed - any larger body is the consequence of clumping. Starting from little over-densities in dust clouds, gathering material by movement and eventually self-gravity if enough mass had accumulated.
2 questions. 1. Is the velocity of some of this ejecta material great enough to achieve "escape velocity" of its parent star? 2. Is some hydrogen formed (frome heavier elements) at the super nova event or is all the ejecta heavier elements?
1. Yes, the ejecta can exceed the escape velocity of the remnant, and it usually does. 2. The ejecta will include some remnant hydrogen and helium along with lots of heavier elements.
@@geoffstrickler Let me further clarify question 2. I saw in another video, that the iron at the core of a dying star, is impacted with so much energy from the harmonic of the collapse, that that energy is reabsorbed by the iron and transformed back into hydrogen. It seem incredible but possible. Now, if this did not happen, then all of the ejecta is heavier elements which offer little prospects for new stars. New stars need hydrogen. The black holes are obviously recreating hydrogen as part of their process, but that is far from the star forming regions we see. Sp I guess the question is, how much hydrogen do we detect in the ejecta?
@@markusmaximus629 can’t speak to that, it’s certainly conceivable. But no star “burns” all of its hydrogen, nor it’s helium. Helium fusion starts when the hydrogen level drops too low (~25% IIRC, but I could be off on that), likewise, the next stage begins well before the helium (and hydrogen) are exhausted, repeat until nova/supernova/core-collapse. So, there is always a whole variety of elements blasted out in a supernova. Whether any notable percentage is fission products is outside my area of knowledge.
@@geoffstricklerNovae only occur on the surface of white dwarfs when they acrete enough hydrogen or helium from a binary partner and that acreted gas undergoes nuclear fusion. The white dwarf remains and the process repeats itself.
The greater universe is much, *much* larger than any human can imagine. Reflection is truly key. 🐲✨🐲✨🐲✨ "Before I start, I must see my end. Destination known, my mind's journey now begins. Upon my chariot, heart and soul's fate revealed. In time, all points converge, hope's strength resteeled. But to earn final peace at the universe's endless refrain, we must see all in nothingness... before we start again." 🐲✨🐲✨🐲✨ --Diamond Dragons (book I)
Now imagine slamming into all that abrasives at nearly the speed of light and getting your face sandblasted right off before you and your starship even reach your destination..... *shudder*
2:45 Yea, it's very likely they named it from the image of this specific frequency. Other frequencies of the same nebula barely resemble this image in any way.
Karma comes for you…. There is an indirect correlation and you know it. That was a hasty thing to say looking at one chart. For the Emperor. For guys like us, just knowing is enough.
0:55 Oh great, 'seeing stars in a new light' with JWST. How illuminating. You must be the brightest astronomer around. We had been enlightened. [acts offended, and leaves the stage] 😀
JWST never stops being amazing
Just Wonderful Space Telescope😁
I mean, it'll break one day or be replaced by something better, so you mean hasn't stopped being amazing yet.
JWST is a piece of trash. If I happen to get lucky and step in something amazing does that make me amazing? I was looking at some babe coming out of the shower the other day who left the curtains open and man her curves were amazing. If I then said dude this telescope is amazing then it's merely a turn of phrase. What I actually mean is that it allows me to access that which is actually amazing. Whatever possibilities it may unlock a key to the lock at the end of the day is merely a random shape made out of every day iron only valuable because that shape happens to have been arbitrarily chosen to be the one that unlocks the way to the actual valuables. If there's nothing inside the chest then it's nothing but a cruel joke. A bit like your mother what what.
Each and every day it pays for itself. And double it!
I really, really, REALLY hope that they get around to imaging a black hole with JWST. I was more excited about the EHT photographs when they came out than I could describe- a James Webb direct photo of one would be amazing, even if still far away.
That timelapse is unreal... how much power is behind that pulsar. You can watch the shockwaves move over distances that are larger than the solar system. Top 3 greatest things I've ever seen
Right?! That was incredible - 20 years of ripples, lightyears in diameter, all originating from a comparably quite small object.
Stars are amazing.
True… Hugely under appreciated image. Can’t believe this is the first time I’m seeing it!
Wonderful as always Anton. Thank you. ☺️👍🙂
There's great deal of poetry in the study of objects like these. Thank you, Anton.
Oh dear, I just did an OP (comment) taking inspiration from Shakespeare and that face (Actors mask) in the thumbnail :)
Stunning pictures and time lapse videos. Thank you, Anton.
Unfortunately, it gets confusing when he shows unrelated pictures or animations. For example, he showed the same red nebula in both the Vela and Crab discussions.
@@thhseeking Agreed. There is only so much direct content he has and needs to fill the rest of the piece with related images. I would recommend he tries a week where he only shows direct content and a normal background. I would be happy to watch that, but not sure if everyone would.
@@PrometheusZandski I'd be happy to watch a relevant still or animation in the background as he speaks. I have no issue watching, for example, Dr Becky, Matt Easton, or Scott Manley as they speak.
The missing mass of the Crab Nebula is a very interesting topic. It seems that it is difficult to even explain why it was so bright and for so long. It make me wonder if we have not misidentified the supernova remnant, after all.
It’s actually a Dyson Lighthouse
@@AdrianBoyko you could both be 💩ing me, i'd never know.🤓😄
again, the fact we tend to not bother simulating magnetic fields is probably a big gap
Timelaps of space object (Espacialy huge / moving grantd distances) Are really exiting omg
My favourite space picture has always been the Pillars of Creation, which are part of the Eagle Nebula. How about you Anton, and everyone else?
Pillars is great and I like the Gods Eye as well
Edit: Helix Nebula
For me it’s a tie between the Pillars and the “Eye of God”
@@VintageVermilion obviously me too 🤣🤣
Pillars of Creation is my fave too, but a close second is the Pac-Man Nebula, because of the 5-star 3-body system in it. I've known about the Pac-Man Nebula for a while, but I didn't know about the 5-star system in it until Anton's video recently about the 3 body problem.
probably the Hubble Deepfield view, just mindblowing the scope of that image, from a relatively small segment of the sky...even more so with the clearer image from JWST...
I'd not yet seen that pulsar timelapse... that's truly awe-inspiring. Absolutely magnificent, watching those decades-long ripples fly out from the center. Looks like a pebble dropped in a pond.
It's amazing how each new step up in resolution really does bring it a little closer, the stunning detail seems to make it more real. It's like I can catch a glimpse at the unbelievable reality of it. Still totally unimaginable tho. And awesome! Thanks, as always, Anton! 😄
Amazing visuals of our heavens!! Thank you for sharing, mr petrov!!👽👍
I loved this video! So much beauty and science! 😊❤
Loved it, thanks Anton Petrov. Great shots. Emmense.
hello wonderful Anton. love your content. thanks man!
I always end up watching these vids late at night, I think its because I spent yrs watching 'The Sky At Night' with Patrick Moore, it was a British tv programme with space news and it was on late at night.
😊
same here...loved The Sky At Night w/Patrick Moore...still enjoy it today
have you seen patrick's 'understudy' he gave an excellent ri lecture a few days ago 👍👍👍
Ah, Sir Patrick. He spoke “veryveryfast.”
Good job Anton!👍
Thank you Antonio for another impressive contribution to the wonders of the cosmos
Algo loves anton. They never miss a notification for his videos. Other channels aren't so lucky
Edit: grammar
Hi Anton ❤ loved it!!! Very well done indeed! ❤❤❤ the timelapses are impressive. Wonderful idea grouping similar objects together for comparison. Thank you so much ❤❤❤
Absolut marvelouse, all the footages and processes. And absolut faszinating. Thank you very much for showing all this and the explanations.
How beautiful and mind-blowing. Thanks, Anton🖖
That face in the thumbnail :)
>
I so have urges to cut that mask out and shop it on to Anton's face like an actor in a Shakespearean play :P
>
Anton in the mask (With Shakespearean accents):
“Doubt thou the stars are fire;
Doubt that the sun doth move;
Doubt truth to be a liar;
But never doubt thou wonderful person.”
Awesome explanation, thanks Anton!
Within weeks, Corona Borialis will go nova, as I understand it. You might want to do an episode on what has lead up to this, and the long term expectations after its over.
My wife and I will certainly be on a nearby mountaintop to observe this as much as we can before it fades away in a couple or three weeks.
Thanks for keeping us informed on so many things. When I'm short on time to look at things in detail, I know you'll sift out the best parts for me. It's why I've been a sub for years now. 👍
T Corona Borealis is a recurrent nova that experiences increases in brightness of about 7 magnitudes roughly every 80 years. Your enthusiasm is heartwarming for an old astronomer like myself, but don't expect anything spectacular, as it will probably only come up to about magnitude 2 or 3. Unless you know where to find it, you could easily miss it. The supernovae that Anton is discussing here today are totally different animals that are orders of magnitude higher in total energy output. There have been 4 naked eye visible supernovae in the Milky Way in the past thousand years. One of them (I think it was Tycho`s star, but maybe not) was bright enough to read by at night and visible in broad daylight when at peak luminosity. It remained naked eye visible at night for about 15 months. Look up the supernovae of 1006, 1054, 1572, and 1604 to check me on which one it was. I don't cheat by looking things up before posting like some others do. Good luck and wishing you clear and starry skies.
We can do all this amazing stuff and we still battle in wars.
This is pure Wonderful News my friend! Yeah for SN Remnants 😊
Thanks, Anton.
Outstanding news update Anton. Thx.
Gosh how I like this channel.
Now that's totally cool. 😎
This video by Anton Petrov really makes me feel like I'm sitting in an alien light concert. Images of famous nebulae like the Crab Nebula and Veil Nebula are not only beautiful but also mesmerizing.
Interesting information, thanks 👍😊
Those JWST billions were well spent, it just keeps giving.
A friend of mine worked on a small part of JWST, she was so excited when that portion was completed, and then when it launched…as she should be.
@@geoffstrickler Imagine having a hand in humanity reaching across the cosmos to view the origins of the universe. Helluva flex at parties, just sayin...
Love it, hooray Anton!
Seeing a time laps pulsar ! OMG we have come far.
Time lapse imagery of the central regions of the Crab was first obtained years ago. Fascinating...
@@stargazer5784 Yes, I have seen it before but that and last years composite magnetic lines image of the Andromeda Galaxy are two of my favourites.
I also saw an image where we where looking down a "Gun barrel" through a cloud were a gamma ray had completely cleared it's path. Sadly I cant remember where, and you know not all sources are honest. EG Elvis seen in Mars rover pictures.
If real I would love to see it again because it was extra ordinary
If someday humans discover a way to travel between the stars we're going to be able to see those objects from multiple different angles... Could you imagine how much more we'd be able to learn?
If we ever manage a clear, direct photo of a black hole (well, its accretion disc, to be more accurate) I'll be a very happy camper. The EHT photos were an amazing feat, but left me wanting more detail. Black holes have always been a source of fascinated unease for me- the idea that something could potentially "delete" information/objects from the universe entirely.... it's eerie.
@@Deletirium Absolutely agree. That's why I hope the "planet X" to be a small black hole... Because it would be close enough for us to send a probe!
Calculate the time it would take for information to pass from one human inhabited star system to another … it is going to be a mighty long time before we see such long baseline images!
no one more awesome then you on YT m8
I love me some nebulea. I forget how close the eagle nebula is to Bernard's loop in Orion. Awesome man.
JWST and Anton . . . FTW!
When Anton said "pulsar", it came out "poser", and I immediately understood.
Kind of makes me think of shifting gears when we get these star explosions we see here the blast and then a central object still exist and is changed into a new thing like a cocoon to butterfly. These nebula blast off some compositions making the fission now with new properties so stars burn different maybe hotter or colder depending if it was down shifted in energy ( perhaps eventually making a planet) or up shifted until perhaps its large enough to collapse into a black hole.
Imagine the JWST 500 km in diameter out near Neptune's orbit!
I’ve stood next to one of the jwst mirrors. It’s freaking huuuuuge
Beautiful images. I fear some of them changed a bit too quickly to take in what you were saying.
Ejecta travelling at 12 - 14,000 km per second in an object 300+ years old,, that's pretty hard to take in right now😱
Space creature? That's the Flying Spaghetti Monster!
"The strange blob at the bottom right."
I check it out, and there's a picture of Anton !
02:41
It looks a lot like a crab carapice from above.... IMHO
"and various types of silica"
Well DUH. It's the Crab Nebula. Of course it's gonna have sand!
The Vela Nebula is reminiscent of the Venus of Willendorf!
Ooh couzin - now me confused aboot the Goldielockz zone
Which SuperNova iz "Just RIGHT " ? !🇨🇦
Anton as a cab driver. Are we there yet? We are near by, only 800 light years to go
i feel the same way as i did as a small boy as a look at nebulae. i wish i could just teleport around the universe as an omnipotent being that couldn't be crushed by blackholes :(
The points in the gas do remind me of the points on a crabs shell. Or the hair around the lady fingers on the crab. I get it
I never saw the crab either…..or any of the constellations for that matter. Guess I’m not too imaginative.
@ 3:10 mark re: Crab Nebula "Durning these thousand years the structure has expanded to be about 10 light years across". Question: How does that math work out?
It's not light- it's gas/dust. It's not going to travel 1k light years in 1k years. That it managed to travel 10 LY in that amount of time is impressive in and of itself.
So, Vela, at 800 light years away, and the super nova 12,000 years ago, so, the debris or the solid particles or the gas from the explosion will reach us soon?
12,000 years ago. . .seems unlikely, but the supernova may have taken us out of the recent ice age. . .
Waiting for Crash Nebula
2:44 I see the 🦀!
This is a perfect example that the universe is not uniform in density. I am sure that if you were able to measure it, that gravity around a supernova would be significantly diffent from deep pace where there is nothing around. We have no way to determine the overall gravitational effects on light over long distances because of these facts. We have no idea how much impact matter between two points has on the ligh traveling through those points!. It is probably being impacted by orders of magnatude which would suggest we dont know shit about how far things are away from us.
The crab nebula is just the shell no legs or anything else. ;)
Exactly... I'm thinking the carapace of a Blue Swimmer Crab
Random idea...what if the higher proportions of heavy elements somehow affect the way supernovae happen?
Stars that contain a large portion of heavy elements do not seem to produce GRBs -- Gamma Ray Bursts.
The Alan Parsons Project strikes again?!😮😂😂😊
Wow that sure looks like electrical activity
Hello! My question is: what are the effects of all this matter moving very fast on the star systems it moves across?
I'm no cosmologist, but my understanding is that any planets within 100-150 light years would have a bad time after a neighbouring supernova.
6:30 - Spins 11 times per second. What is the mass/size of that object?
You can look that up in Wikipedia.
So the most powerful pulsar in the galaxy. Are we including magnitars?
Magnetars simply have a much stronger magnetic field than other neutron stars. NSs have very powerful magnetic fields in general. Anton is talking about the EM radiation emitted by the pulsar as being very powerful.
The Crab Nebula was really early setting off those fireworks.
One way to get a Neutron star instead of a Pulsar. If the collapsing star's magnetic fields are not very tangled near the core the infalling plasma may follow the exact same path back out after core rebound and cancel most of the now Neutron star's magnetic fields.
So those electrons moving are basically lightning in space
❤️👍
Sometimes I have a hard time visualizing some of these things.
Such as say iron in these nebula, are they particles? Or would it be like pebbles or something.
Maybe another way to word it. When the star blows up and makes new elements. Are they molecules. How do those things make astroids. Small particles slowly combining??? Am i grasping it maybe?
Iron is there mostly in the form of single atoms. New molecules form when interstellar gas had cooled off sufficiently. And indeed - any larger body is the consequence of clumping. Starting from little over-densities in dust clouds, gathering material by movement and eventually self-gravity if enough mass had accumulated.
Hey Anton, you can see the crab at 2:34
You are welcome 😊
try to imagine a hermit crab poking out of its shell on the lower left
2 questions. 1. Is the velocity of some of this ejecta material great enough to achieve "escape velocity" of its parent star? 2. Is some hydrogen formed (frome heavier elements) at the super nova event or is all the ejecta heavier elements?
1. Yes, the ejecta can exceed the escape velocity of the remnant, and it usually does.
2. The ejecta will include some remnant hydrogen and helium along with lots of heavier elements.
@@geoffstrickler Let me further clarify question 2. I saw in another video, that the iron at the core of a dying star, is impacted with so much energy from the harmonic of the collapse, that that energy is reabsorbed by the iron and transformed back into hydrogen. It seem incredible but possible. Now, if this did not happen, then all of the ejecta is heavier elements which offer little prospects for new stars. New stars need hydrogen. The black holes are obviously recreating hydrogen as part of their process, but that is far from the star forming regions we see. Sp I guess the question is, how much hydrogen do we detect in the ejecta?
@@markusmaximus629 can’t speak to that, it’s certainly conceivable. But no star “burns” all of its hydrogen, nor it’s helium. Helium fusion starts when the hydrogen level drops too low (~25% IIRC, but I could be off on that), likewise, the next stage begins well before the helium (and hydrogen) are exhausted, repeat until nova/supernova/core-collapse. So, there is always a whole variety of elements blasted out in a supernova. Whether any notable percentage is fission products is outside my area of knowledge.
@@geoffstricklerNovae only occur on the surface of white dwarfs when they acrete enough hydrogen or helium from a binary partner and that acreted gas undergoes nuclear fusion. The white dwarf remains and the process repeats itself.
@@douglaswilkinson5700 I know, and that has no impact on anything I wrote.
❤❤❤
is there missing mass in the other nebulas too, or just the Crab nebula?
wait till it finds cthulu
Ph'nglui mglw'nafh Cthulhu R'lyeh wgah'nagl fhtagn.
Gold ! Where's the GOLD ?
Only kilonovae produce gold, platinum, iridium, etc. because of their high neutron flux.
The greater universe is much, *much* larger than any human can imagine. Reflection is truly key.
🐲✨🐲✨🐲✨
"Before I start, I must see my end. Destination known, my mind's journey now begins. Upon my chariot, heart and soul's fate revealed. In time, all points converge, hope's strength resteeled. But to earn final peace at the universe's endless refrain, we must see all in nothingness... before we start again."
🐲✨🐲✨🐲✨
--Diamond Dragons (book I)
That 10% could be the neutrinos that were released when it exploded
(11:25) I don't see the effects of a beam of light from a lighthouse.
Hi Anton! Are you bulgarian?
I want to go there and have a look where the other stuff is.
Can people just stop fighting and get some cool stuff done instead?
🙄 no messy hair 🙄
How large are these nebulas compared to our solar system or galaxy?
Now imagine slamming into all that abrasives at nearly the speed of light and getting your face sandblasted right off before you and your starship even reach your destination..... *shudder*
Those Pillars are now gone.
it looks like a galaxy just exploded and consuming all of the mass around into dust
I think, he thought they looked like crab legs.
2:45 Yea, it's very likely they named it from the image of this specific frequency. Other frequencies of the same nebula barely resemble this image in any way.
Look up "Lord Rosse and the Crab Nebula" (Ian Ridbath's Star Tales). The story about how it got its name is interesting.
Einstein told us how
Moses told us why.
🙏🙏🙏❤️❤️❤️
i see crab people.
Pulser
Karma comes for you…. There is an indirect correlation and you know it. That was a hasty thing to say looking at one chart. For the Emperor. For guys like us, just knowing is enough.
Off topic, The USA just turned 1 Pluto year old 13 June 2024. I like stupid trivia stuff like this. Sorry for the interruption Anton.
lots of assumptions going on here. ionized gas is called plasma btw
It looks like a dressed crab
How is a pulsar not the opposite of a black hole
0:55 Oh great, 'seeing stars in a new light' with JWST. How illuminating. You must be the brightest astronomer around. We had been enlightened. [acts offended, and leaves the stage] 😀
🎉