I'm Trying to finish that title to make it Fit the Anime title style as this is quite a short and easily understood title but sleep brain isn't having it
The ancient Chinese and Japanese astronomers didn't miss much. If it was unusual, they always noted it. A lot of people forget that astronomy pre-dated the invention of the telescope.
My two comment at Anton's video "Pulsing Star That Changes Nebula Colors Every 4 Years" are relevant here also. There I also answered: @Book3TheLawofNations I would love to hear what someone who knows the electric universe model has to say about the colours changing! == No problem. I'm quite versed in plasma cosmology, i.e. Electric Universe model. Plasmas emit various colors of light when, a] the power input changes, for a number of reasons b] the concentric layers of the Birkeland plasma conduit/filament are not uniform in thickness and also fluctuate and in their locations within the Birkeland current [a moving plasma] and so interact with each other or with other Birkeland currents or other plasma regions c] the density of the gas/plasma changes d] the composition of the gas/plasma changes Here the most likely candidates are 'a' and 'b' due to the ever changing electron and ion density/flux [change] in the entire Cosmic Web [Anton mentioned this phenomenon before] which interconnects all the galaxies, stars and other celestial objects including 'black holes' [no such thing!]. Birkeland currents are responsible for most of the phenomenon in the universe - auroras, various lightning phenomenon, contra rotation of bands of gases within atmospheric envelopes of planets [most notably Jupiter, Saturn, Neptune but also including Earth (go see the video on Thunderbolts Project Utube channel)] including the contrarotating hexagonal bands on the poles of Jupiter Saturn and Neptune; other rotational phenomenon such as cyclones and tornadoes on Earth and elsewhere including dust devils on Mars. I predict dust devils will be seen on airless bodies like Mercury, our Lunah and other moons. The ringed proto-stellar systems are but our bird's eye view down the center of some Birkeland plasma conduits. The fluctuating currents [+ and - electric regions of ions and electrons] are directly responsible for nearly >>>ALL
Fascinating, thank you for an excellent presentation of this analysis. Delighted that you take the correct attitude, i.e., this is what has been worked out so far, this part remains to be resolved. Much happier with questions that can’t be answered yet, than with answers that can’t be questioned. Reminds me of J.B.S. Haldane’s comment: “The universe is not only stranger than we imagine, it is stranger that we can imagine.”
We think a red supergiant interacted with a stellar mass black hole that stripped most of the lighter elements. We’re running models now, I’ll send you a link to the rebuttal when we’ve finished our modeling.
Considering the incomprehensible amount of stars in this universe, there has to be at least one of almost any possible star situation. We simply happen to be near enough to observe this very rare star. It will open our minds to more rare gems that we may witness in the future. Hopefully, this star will give us an answer or two about the cosmos and its doings. Thanks for this update, Anton!
A hot & speedy star, not like a cold & slow star. One of the strange elements you never talk about was shown on the Bullwinkle show an element known as "Upsadaisyium!"
Two stars of similar mass and traveling at similar speeds, colliding head on, would come to a virtual stand still. It seems that these two stars had the required mass, speed and angle of collision to put them into a stable galactic orbit.
I just hope that the apparent lack of motion isn't because we are looking strait down the barrel. Although I am joking ? it might be hard to detect the compression of altar high frequency wave lengths from an object moving strait at you.
I wonder if, instead of climbing one rung at a time up the Periodic Table, instead of hitting Hydrogen adams, some Neutrons hit Duterium, Helium, Lithium, or even other rarer elements hard in order to skip some rungs up the ladder and change the ratio of elements.
Not very likely. Fusion happens WHEN the conditions are right; it does not wait for more energy to come along first, so it is unlikely to actually run into such a situation, as when that "extra" energy shows up, the "first" fusions will already have occurred. Fusions may occur at that point as well, but the ingredients for those reactions will be the products produced by the earlier fusions. The energy needed for those "first" reactions will also KEEP the temperatures "down," as they go on stealing the energy to form new elements.
Yup that is the R process of stellar nucleosynthesis, the neutrons activate and reactive stuff faster than it can decay creating all manner of elements. That the star has such a high temperature indicates it had an extremely unusual geometry when it went supernova. Instead of going prompt critical something triggered the criticality in a nonuniform manner that caused a shell discharge but also pulled lots of lighter elements in at the same time. In otherwords it was not triggered by the traditional iron core collapse, most likely a smaller hydrogen rich star or very large gas giant collided with it creating a heterogeneous pattern of prompt criticality. At 220k the light it emits would be mostly hard x-rays.😮
I'd like to imagine that the filaments shape and the reason for its mostly unvarying position is due to the fact that a past collision may either come from 2 white dwarfs with almost identical properties, or that the WR star is moving towards us from the impact of the collision, so its not changing its apparent position in the skies. Maybe the hot surface temeperature comes from falsely determining a wavelength-based temperature without considering the doppler effect's blueshift? just an idea :D
Bold of you to assume they didn't factor blueshift in their calculations.And even if they didn't it wouldn't matter anyway,it would have to be coming at us with a significant fraction of c to have that much blueshift.
@@naamadossantossilva4736 I mean its pretty obvious that they probably have, but looking at all the rather simple mistakes in very complex issues that tend to occur in lab and research work, i thought itd be a noteworthy suggestion, even if its highly unlikely for it to be the actual faltering here
Wow I nearly missed this one. So glad I didn't. This is so cool bro, This is stuff I love to see. Look at that THING, 16k a second, 400 degrees Fahrenheit, the gas it left behind. Going to have to check out the other stats for this mighty beast, I just hope they are available, as I thought Anton would of told us, if they were there to see.
space dosent have wind . it has time of mass. based on its density. mass needs to either loose or gain energy to move into different time. Light can't enter mass with a higher frequency than it can compress its wave.
This is certainly the coolest star we've ever found. Ask someone to guess what kind of remnant a type 1 supernova left behind and they'll never, ever guess a Wolf-Rayet star.
My instant think of possibility something useful (maybe) hmm energy efficient, self-containg process?👀ツ ==> I am aware of physic in stars, but THERE is something/mix of physic that making temperature (maybe weird/abstract way of "speeding up"atoms") that higher ¯\_(ツ)_/¯
Every phenomenon that takes place in the cosmos has limits at the ends of its scale of operation. In this case, it appears that the colliding stars had vanishingly little rotation in relation to one another. The resulting star has all the characteristics of the two initial bodies barreling into one another with next to no side-angles at all; that is, running straight into one another. This is definitely a possible scenario, though in a spinning universe it has GOT to be vanishingly rare in itself. In my own paltry simulations they never got close to that, unless I crafted the situation myself -- and um, no sims of stars themselves were involved, but only the orbital mechanics.
Just subtract 270 from K to get degrees C (Approximately 270 ...... and when you're talking about hundreds of thousands Kelvin, then essentially degrees Celsius is the same as Kelvin.
The star is stationary unless it is moving directly towards or directly away from us giving the appearance of being stationary. Has anyone looked at the red/blue shift of the star lately?????
At those Speeds it would seem Obvious there would be Evidence of Objects leaving Trails from the Center like that Shape. It must look like a Porcupine when You get Near it.
Filaments might be remnant material on the magnetic fields distortion from impact..it's stationary and that would probably mean the 2 suns were not the same mass from the sudden lack of inertia. Get of that 5 metal ball swing toy as a reference..equal mass, equal resistance, equal inertia. But only if you strike in the same plane of movement.. Odds of that is pretty slim.
Definitely NOT the hottest object in the milky way! Neutron stars can reach millions of Kelvins. Even on earth, we have fusion test reactors reaching many million kelvins.
So I just learned about a very cool kind of supernova.... They are among the last supernova that will ever happen... Black dwarf type stars.. Wich are white dwarfs that have eventually cooled to background temperature of the universe... This takes far longer than the current age of the universe... But therein lay my question... What if? White dwarfs and by extension black... Are the third densest objects in the universe... Could some portion of dark matter involve black dwarf stars? What if the universe is far older than we could have ever predicted? What if there are diffuse galaxies of black dwarf stars out there? Think about how James web "sees" the universe... It's infrared... it sees an objects light through it's heat... If there were a black dwarf out there it would likely be quite blind to it... Considering that it essentially a huge super cooled crystal... Black dwarf stars eventually go super nova... And by eventually I mean after a period of time so great it's nigh incalculable they are what we theorize is left over after all the black holes fizzle out due to hawking radiation... But yeah I wonder if a galaxy of black dwarf stars would produce or explain gravitational lensing... I'm not an astrophysicist by any means but it's really fun to think about.
Insane the kinds of things that happen when star collide....I read somewhere that when Andromeda and the milky way collide that there's actually a very high likelihood that no stars will suffer a collision just because of the sheer size of galaxies... Are binary pairs one of the only ways in which stars actually collide?
A "nova" re-occurs periodically on the surfaces of some white dwarfs when they acretes matter. There are many types of "supernovae." A "kilonova" occurs when two neutron stars merge.
Good grief 220,000 degrees k. That would put the peak emission well into the x ray band and encroaching into the gamma ray band. Wouldn't be good to go anywhere near that one😂❤
From what I understand 200k K is not hot enough to emit γ-rays. An object must be several million K to begin to do that. However, at 200k K an object can emit X-rays.
Do we ever discover supernovas by the reverse of the process you describe: Do we scour ancient astronomical records first to list unreconciled "guest stars" and then look at the sky with modern instruments to find the remnants?
0:56 so realistically it is an explosion but technically it’s a collapse and bounce; yeah? Look at me, correcting the super genius ‘The Great Anton’ but no, I don’t have huge ego, you do! ;-) don’t ya just hate these people whom, whom correct the extremely obvious. How dare I. Well not looking in mirror for a year from all this shame.
Dear Anton, arent wolfrayet stars many many Times more massiv than every small Star and specialy white dwarfs? Or does it mean a small remnant with strong winds like a wolrayet Star?
Stars are basically classified by two parameters: (1) Spectral type and (2) luminosity class. The spectral type is based on a star's spectrum i.e. an analysis of the light it emits. The star in question has a spectrum of a Wolf-Rayet star but seems to have other characteristics that make it difficult for stellar astrophysicists to determine what exactly created it, etc.
What if those filaments are not explosive but implosive, accumulating in the center star (or starlike object)? That would explain why they are so rectilinear.
It would be interesting if this may be from more two white dwarfs possibly three that smashed into one another or two white dwarves that ran into a magnatar? Just a thought. As they say stranger things have happened in space.
@@silviavalentine3812 Hummm... I was not aware of any expressions that quantified, or qualified conscience, other than subjective IQ scorings. I think the unified field theory will contain applicable equations. It is interesting that the observable universe contains interconnected filaments and strings of galaxies, almost like neural pathways. Shalom
Where are these nebula's getting the matter to form new stars. I'm assuming that one super nova creates one nebula and that nebula creates more than one star. Where is all the extra matter coming from to make the new stars?
There are many, many nebulae in the galaxy. They are massive clouds of hydrogen gas (& a bit of helium) from the Big Bang. A nearby supernova shock wave not only seeds the hydrogen gas in the nebula with heavier elements but also compresses it which can start the process of stellar and planetary formation. The actual amount of mass from the SNR that seeds the nebula is small compared to the mass of the nebula.
Im gonna guess before watching at 1min or so and don't really expect this to be in the video... These zombies planets are super heavy and this could be the kind of thing that pulls us toward that great attractor.
Heavy things in the universe don't "pull us toward them." What they do is set up another "straight circle" of attraction that we may - or may not - pull things in. But get this: nothing is doom. It is only a sign that says "One Way" if you enter this zone... So you don't enter, duh.
Something is odd about this merger of two white dwarfs. Normally when they merge it raises their combined mass to over 1.4 solar (masses) initiating what Prof. Stan Woosley (UC Santa Cruz) called, "catastrophic cascade nuclear fusion" which unbinds it (i.e. the energy released overcomes the gravity binding (holding) the star together.)
So there’s a chance our sun can go supernova? Awesome!. I can’t wait. (I’ll have to wait for another star to enter our solar system in 10 billion years (+/-) but I can wait. If we reincarnate.
Without help our Sun will not end in a supernova. Only a star that's about 8 to 9 times more massive than our Sun will end in a SN. If a neutron star, white dwarf or star 8+ times of the mass of our Sun slammed into our Sun then it might unbind.
@@Timbo6669My field as an RA is stellar astrophysics. I was just clarifying how our G2V might unbind. (i.e. my excuse for not reading exactly what you wrote!)
@@djchristian82There are *7 basic spectral types* from hottest and most massive to coolest and least massive: O, B, A, F, G, K and M. Within each type they are given a number from 0 (zero) hottest to 9 (nine) coolest. Our Sun is a G2. A letter is added at the end to show its luminosity class. Our Sun a main sequence star which means it is fusing hydrogen in its core so a V is added at the end: *G2V.* Main sequence stars are also called "dwarfs" for historical reasons. There is a decent Wikipedia article "Stellar Classification" which also explains other spectral types such as Wolf- Rayet stars.
Don't forget 🎁🥰🎁 Some opservations we experience as remenends are the creates of stars🥰🎁🥰 Look to human egg bevore second selblast during nestling Than we see 🌀 and later on the jeds onley one is more visual pressend and than the embrio manivests itself around it accordingly it and inbetween it🐒💜
Old kuiper schinks in to the mantainence of the star and new kuiperbeld for the new kuiperbeld to tace over(cosmic drupled stile like your feilds drupled opservations) the demand of the behavieure of the princeple fieldflow field cohesional reprogramming. Lagg of thention on the feilds metacontainer that's expanding do to a lag of extalernal cohesion do to recorence period jad a new mtacontaner taces form 🥰 lowering the thentional behavieures pressend they schink and most if it translate to the mostposeble directions inside the metacontainer to harvers the new star in behavieure ☪️ Phenix sicle💜 Simular as one heartbeat of the body of euth mamos🐒
“Records of the Ancient Supernovae” sounds like the title of an anime series my son would watch.
Or an episode of Ancient Aliens. 😬
And so would you 🤭
Sounds like Records of Lodoss War. Love that anime.
I'd watch it
I'm Trying to finish that title to make it Fit the Anime title style as this is quite a short and easily understood title but sleep brain isn't having it
The ancient Chinese and Japanese astronomers didn't miss much. If it was unusual, they always noted it. A lot of people forget that astronomy pre-dated the invention of the telescope.
Don't think they were looking at this
@@williamreilly5469 Our generation is smart only with a smartphone in hand, the ancients are actually smart!! And yes, we are also egomaniacs.
I guess it also helped that they didn't have any light pollution,
Can we really be so shure the telescope is such a recent invention ? But then the church would have long killed all evidence. 🚀🏴☠️
My two comment at Anton's video "Pulsing Star That Changes Nebula Colors Every 4 Years" are relevant here also. There I also answered:
@Book3TheLawofNations
I would love to hear what someone who knows the electric universe model has to say about the colours changing!
==
No problem. I'm quite versed in plasma cosmology, i.e. Electric Universe model.
Plasmas emit various colors of light when,
a] the power input changes, for a number of reasons
b] the concentric layers of the Birkeland plasma conduit/filament are not uniform in thickness and also fluctuate and in their locations within the Birkeland current [a moving plasma] and so interact with each other or with other Birkeland currents or other plasma regions
c] the density of the gas/plasma changes
d] the composition of the gas/plasma changes
Here the most likely candidates are 'a' and 'b' due to the ever changing electron and ion density/flux [change] in the entire Cosmic Web [Anton mentioned this phenomenon before] which interconnects all the galaxies, stars and other celestial objects including 'black holes' [no such thing!]. Birkeland currents are responsible for most of the phenomenon in the universe - auroras, various lightning phenomenon, contra rotation of bands of gases within atmospheric envelopes of planets [most notably Jupiter, Saturn, Neptune but also including Earth (go see the video on Thunderbolts Project Utube channel)] including the contrarotating hexagonal bands on the poles of Jupiter Saturn and Neptune; other rotational phenomenon such as cyclones and tornadoes on Earth and elsewhere including dust devils on Mars. I predict dust devils will be seen on airless bodies like Mercury, our Lunah and other moons. The ringed proto-stellar systems are but our bird's eye view down the center of some Birkeland plasma conduits.
The fluctuating currents [+ and - electric regions of ions and electrons] are directly responsible for nearly >>>ALL
Wonderful as always Anton. Thank you. 😁🙏
Fascinating, thank you for an excellent presentation of this analysis. Delighted that you take the correct attitude, i.e., this is what has been worked out so far, this part remains to be resolved. Much happier with questions that can’t be answered yet, than with answers that can’t be questioned.
Reminds me of J.B.S. Haldane’s comment: “The universe is not only stranger than we imagine, it is stranger that we can imagine.”
I look forward to your videos every day after work. Spacetime needs to get you onboard for a special guest
"One Toasty Star" is a much better name than PA-30.
As always, another very interesting video. Thank you Anton Petrov!
Amazing work as always anton thank you wonderful person
I am very curious to lean what brought this celestial object into it's current state! Utterly fascinating.
deez
@@Dandelion_StitchesYes.. indubitably.. 🤸🤸🤸
Fascinating, nice presentation, thanks 👍😊
Thank you again, Anton. Always fascinating.
Anton always has something both marvelous and mystifying to show us!!
Brilliantly done those long time ago astronomers 👍
GOD i love science. never stop what you're doing anton, your videos are what motivate me to get up every morning :)
That's sad 😢
@@stphenwilson7464Why?
We think a red supergiant interacted with a stellar mass black hole that stripped most of the lighter elements. We’re running models now, I’ll send you a link to the rebuttal when we’ve finished our modeling.
Considering the incomprehensible amount of stars in this universe, there has to be at least one of almost any possible star situation. We simply happen to be near enough to observe this very rare star. It will open our minds to more rare gems that we may witness in the future. Hopefully, this star will give us an answer or two about the cosmos and its doings.
Thanks for this update, Anton!
A hot & speedy star, not like a cold & slow star. One of the strange elements you never talk about was shown on the Bullwinkle show an element known as "Upsadaisyium!"
Two stars of similar mass and traveling at similar speeds, colliding head on, would come to a virtual stand still.
It seems that these two stars had the required mass, speed and angle of collision to put them into a stable galactic orbit.
Shout out to ancient astronomers all across the globe.
Astronomers find interesting celestial phenomena then pass them on to astrophysicists to investigate and explain them.
That thing looks very nice. Would be cool to learn more about it in the future.
oooooh!
love a mystery. thanks for the information anton
I just hope that the apparent lack of motion isn't because we are looking strait down the barrel.
Although I am joking ? it might be hard to detect the compression of altar high frequency wave lengths from an object moving strait at you.
The only known phenomena capable of such temperatures are arc-mode plasma discharge events. That would also explain the filaments.
7:50 Those filaments remind me of a firework explosion. Perhaps at the heads of those streaks are clusters of heavy metals?
I wonder if, instead of climbing one rung at a time up the Periodic Table, instead of hitting Hydrogen adams, some Neutrons hit Duterium, Helium, Lithium, or even other rarer elements hard in order to skip some rungs up the ladder and change the ratio of elements.
Not very likely. Fusion happens WHEN the conditions are right; it does not wait for more energy to come along first, so it is unlikely to actually run into such a situation, as when that "extra" energy shows up, the "first" fusions will already have occurred. Fusions may occur at that point as well, but the ingredients for those reactions will be the products produced by the earlier fusions. The energy needed for those "first" reactions will also KEEP the temperatures "down," as they go on stealing the energy to form new elements.
Yup that is the R process of stellar nucleosynthesis, the neutrons activate and reactive stuff faster than it can decay creating all manner of elements. That the star has such a high temperature indicates it had an extremely unusual geometry when it went supernova. Instead of going prompt critical something triggered the criticality in a nonuniform manner that caused a shell discharge but also pulled lots of lighter elements in at the same time. In otherwords it was not triggered by the traditional iron core collapse, most likely a smaller hydrogen rich star or very large gas giant collided with it creating a heterogeneous pattern of prompt criticality. At 220k the light it emits would be mostly hard x-rays.😮
Adams.🤣
And how do you expect for neutrons to do that?
@@Auroral_Anomaly age, tired, and other thoughts.
You caught it.
could be a magnatar collidding with a white dwarf
Ferrofluids have that same look about them. Wouldn't surprise me if ferroplasmas are a thing too.
To some people knowledge is entertainment. Which is why Anton only have 1.2 mio followers!
I'd like to imagine that the filaments shape and the reason for its mostly unvarying position is due to the fact that a past collision may either come from 2 white dwarfs with almost identical properties, or that the WR star is moving towards us from the impact of the collision, so its not changing its apparent position in the skies.
Maybe the hot surface temeperature comes from falsely determining a wavelength-based temperature without considering the doppler effect's blueshift? just an idea :D
Bold of you to assume they didn't factor blueshift in their calculations.And even if they didn't it wouldn't matter anyway,it would have to be coming at us with a significant fraction of c to have that much blueshift.
@@naamadossantossilva4736 5% of c?
@@naamadossantossilva4736 I mean its pretty obvious that they probably have, but looking at all the rather simple mistakes in very complex issues that tend to occur in lab and research work, i thought itd be a noteworthy suggestion, even if its highly unlikely for it to be the actual faltering here
@@SpacePea well said. It's ridiculous how many times I assumed physicists considered every aspect to claim something only to find out that they didn't
Wow I nearly missed this one. So glad I didn't. This is so cool bro, This is stuff I love to see. Look at that THING, 16k a second, 400 degrees Fahrenheit, the gas it left behind. Going to have to check out the other stats for this mighty beast, I just hope they are available, as I thought Anton would of told us, if they were there to see.
This is why two neutron stars just can't vanish after 2 seconds without a trace. That last episode claimed.
TY Anton for telling us about a hotter star than the entertainment industry can produce!
Thank you Anton, for Amazing me once again !
Thank you Anton
Thank you for another great video.
With those temps it seems like when it cools down enough it'll collapse in on itself.
space dosent have wind . it has time of mass. based on its density. mass needs to either loose or gain energy to move into different time. Light can't enter mass with a higher frequency than it can compress its wave.
Howdy from Temple, Texas!
Yeah, that's gotta it, since there is no way that we don't have a clue
LEO velocity is around 8 kps, so Anton references winds going 2000 times faster than that.
This is certainly the coolest star we've ever found. Ask someone to guess what kind of remnant a type 1 supernova left behind and they'll never, ever guess a Wolf-Rayet star.
You wait this will be a new way of developing a new power source in the future, I bet that produces crazy energy
My instant think of possibility something useful (maybe) hmm energy efficient, self-containg process?👀ツ
==>
I am aware of physic in stars, but THERE is something/mix of physic that making temperature (maybe weird/abstract way of "speeding up"atoms") that higher
¯\_(ツ)_/¯
Every phenomenon that takes place in the cosmos has limits at the ends of its scale of operation. In this case, it appears that the colliding stars had vanishingly little rotation in relation to one another. The resulting star has all the characteristics of the two initial bodies barreling into one another with next to no side-angles at all; that is, running straight into one another.
This is definitely a possible scenario, though in a spinning universe it has GOT to be vanishingly rare in itself. In my own paltry simulations they never got close to that, unless I crafted the situation myself -- and um, no sims of stars themselves were involved, but only the orbital mechanics.
Kelvin, Fahrenheit, but no Celsius... 😢
Just subtract 270 from K to get degrees C
(Approximately 270 ...... and when you're talking about hundreds of thousands Kelvin, then essentially degrees Celsius is the same as Kelvin.
I know it's not your style but the reference to Beetlejuice immediately made me think of the Poking with the stick meme
16,000+ clicks per second... This may simply be a rare kind of type 2 supernova.
Love me some Planetary Nebula. Most beautiful things out there.🤩
I was waiting for "Who's that star?" (Pokémon joke) with that background 😂
Love it
The progenitors of type 1a are polar white dwarfs, not obese WDs. The Chandrasekar limit is simply the minimum mass required for pulsars.
i was talking about this with a friend today.... about how many supernova and other things the ancients documented
8:01 We're behind it as the "kick" is sending it directly away? Those rays, needles, hedgehog are debris tracks seen end-on?
The star is stationary unless it is moving directly towards or directly away from us giving the appearance of being stationary. Has anyone looked at the red/blue shift of the star lately?????
Sometimes experiments go wrong
If so much in space is unexplained why not just say it paradolia . Or simulation theory. Or paradolia
Is it more stronger/powerful than a neutron star? How does it compare?
At those Speeds it would seem Obvious there would be Evidence of Objects leaving Trails from the Center like that Shape.
It must look like a Porcupine when You get Near it.
I have this collision happening behind the front star by a slightly smaller star.
Filaments might be remnant material on the magnetic fields distortion from impact..it's stationary and that would probably mean the 2 suns were not the same mass from the sudden lack of inertia. Get of that 5 metal ball swing toy as a reference..equal mass, equal resistance, equal inertia. But only if you strike in the same plane of movement.. Odds of that is pretty slim.
Definitely NOT the hottest object in the milky way! Neutron stars can reach millions of Kelvins. Even on earth, we have fusion test reactors reaching many million kelvins.
So I just learned about a very cool kind of supernova.... They are among the last supernova that will ever happen... Black dwarf type stars.. Wich are white dwarfs that have eventually cooled to background temperature of the universe... This takes far longer than the current age of the universe... But therein lay my question... What if? White dwarfs and by extension black... Are the third densest objects in the universe... Could some portion of dark matter involve black dwarf stars? What if the universe is far older than we could have ever predicted? What if there are diffuse galaxies of black dwarf stars out there? Think about how James web "sees" the universe... It's infrared... it sees an objects light through it's heat... If there were a black dwarf out there it would likely be quite blind to it... Considering that it essentially a huge super cooled crystal... Black dwarf stars eventually go super nova... And by eventually I mean after a period of time so great it's nigh incalculable they are what we theorize is left over after all the black holes fizzle out due to hawking radiation... But yeah I wonder if a galaxy of black dwarf stars would produce or explain gravitational lensing... I'm not an astrophysicist by any means but it's really fun to think about.
anybody who uses fahrenheit in any scientific context should be jailed
It's "scientific" *not* "scientifical".
@@douglaswilkinson5700 yeah sorry for that mate
Agreed
So, uhhhh, the filament structure, could it be that the gas cloud surrounding the remnants has made a natural omnidirectional laser beacon?
Maybe it's a White-not-a-dwarf Not hammered hard enough to blackhole it, and hot enough to stop a collapse? AT least for now.
Insane the kinds of things that happen when star collide....I read somewhere that when Andromeda and the milky way collide that there's actually a very high likelihood that no stars will suffer a collision just because of the sheer size of galaxies... Are binary pairs one of the only ways in which stars actually collide?
all hail the glow cloud !!
Looks like a firework which is also made of elements packed a certain way.
We could call our new celestial friend "Hotar" or "Heatar"...
😅😮😊😅😅😅😅well information good show 😅
I am so glad that science has finally admitted there where one type of nova ...... 😅🎉
A "nova" re-occurs periodically on the surfaces of some white dwarfs when they acretes matter. There are many types of "supernovae." A "kilonova" occurs when two neutron stars merge.
Good grief 220,000 degrees k. That would put the peak emission well into the x ray band and encroaching into the gamma ray band. Wouldn't be good to go anywhere near that one😂❤
From what I understand 200k K is not hot enough to emit γ-rays. An object must be several million K to begin to do that. However, at 200k K an object can emit X-rays.
How can we be sure of the location of so many Stars?
Fascinating star indeed.
I wonder if it's going to die some day and, if so, what it's going to become.
Do we ever discover supernovas by the reverse of the process you describe: Do we scour ancient astronomical records first to list unreconciled "guest stars" and then look at the sky with modern instruments to find the remnants?
Yes
0:56 so realistically it is an explosion but technically it’s a collapse and bounce; yeah? Look at me, correcting the super genius ‘The Great Anton’ but no, I don’t have huge ego, you do! ;-) don’t ya just hate these people whom, whom correct the extremely obvious. How dare I. Well not looking in mirror for a year from all this shame.
Dear Anton, arent wolfrayet stars many many Times more massiv than every small Star and specialy white dwarfs? Or does it mean a small remnant with strong winds like a wolrayet Star?
Stars are basically classified by two parameters: (1) Spectral type and (2) luminosity class. The spectral type is based on a star's spectrum i.e. an analysis of the light it emits. The star in question has a spectrum of a Wolf-Rayet star but seems to have other characteristics that make it difficult for stellar astrophysicists to determine what exactly created it, etc.
It's the origin point of the universe 😮
Maybe it was kicked right in our direction...
if this star is small and this hot are dark stars big and cold and cant be seen?
What if those filaments are not explosive but implosive, accumulating in the center star (or starlike object)? That would explain why they are so rectilinear.
The aliens did it, with their laser beams.
It would be interesting if this may be from more two white dwarfs possibly three that smashed into one another or two white dwarves that ran into a magnatar? Just a thought. As they say stranger things have happened in space.
hesofficespacemansuitfrogodsrakeman
Why wouldn't the universe be conscious?
Even if only galaxies are analogous to cells, it would exceed that of the human brain.
Are you gunna explain more using a consistent mathematical model?
@@silviavalentine3812
Hummm...
I was not aware of any expressions that quantified, or qualified conscience, other than subjective IQ scorings.
I think the unified field theory will contain applicable equations.
It is interesting that the observable universe contains interconnected filaments and strings of galaxies, almost like neural pathways.
Shalom
the star she tells me not to worry about
It‘s Dana Patchick, not Diana 😅
It is strange and hard to explain so it must be aliens
Super!
Where are these nebula's getting the matter to form new stars. I'm assuming that one super nova creates one nebula and that nebula creates more than one star. Where is all the extra matter coming from to make the new stars?
A nebula may contain the remnants of multiple stars.
There are many, many nebulae in the galaxy. They are massive clouds of hydrogen gas (& a bit of helium) from the Big Bang. A nearby supernova shock wave not only seeds the hydrogen gas in the nebula with heavier elements but also compresses it which can start the process of stellar and planetary formation. The actual amount of mass from the SNR that seeds the nebula is small compared to the mass of the nebula.
Im gonna guess before watching at 1min or so and don't really expect this to be in the video... These zombies planets are super heavy and this could be the kind of thing that pulls us toward that great attractor.
Heavy things in the universe don't "pull us toward them." What they do is set up another "straight circle" of attraction that we may - or may not - pull things in. But get this: nothing is doom. It is only a sign that says "One Way" if you enter this zone... So you don't enter, duh.
@@DanMortenson I don't think you get a choice
So more or less the collision of the two white dwarfs mashed them together and got the carbon fusion cycle of a higher mass star started? Cool!
Something is odd about this merger of two white dwarfs. Normally when they merge it raises their combined mass to over 1.4 solar (masses) initiating what Prof. Stan Woosley (UC Santa Cruz) called, "catastrophic cascade nuclear fusion" which unbinds it (i.e. the energy released overcomes the gravity binding (holding) the star together.)
It’s an anti-matter star doing it’s thing.
Day1still no alien discovery.
Industrial accident. I'm just saying.
Smarter Every Day got two bullets to stop each other.
Hottest star, a long, long, long time ago. :)
I live in a mud puddle
Very nice, thank you for sharing!
you're welcome @@noob19087
So there’s a chance our sun can go supernova? Awesome!.
I can’t wait.
(I’ll have to wait for another star to enter our solar system in 10 billion years (+/-) but I can wait.
If we reincarnate.
Without help our Sun will not end in a supernova. Only a star that's about 8 to 9 times more massive than our Sun will end in a SN.
If a neutron star, white dwarf or star 8+ times of the mass of our Sun slammed into our Sun then it might unbind.
@@douglaswilkinson5700 what I said.
“I’ll have to wait for another star………”.
@@Timbo6669My field as an RA is stellar astrophysics. I was just clarifying how our G2V might unbind. (i.e. my excuse for not reading exactly what you wrote!)
@@djchristian82There are *7 basic spectral types* from hottest and most massive to coolest and least massive: O, B, A, F, G, K and M. Within each type they are given a number from 0 (zero) hottest to 9 (nine) coolest. Our Sun is a G2. A letter is added at the end to show its luminosity class. Our Sun a main sequence star which means it is fusing hydrogen in its core so a V is added at the end: *G2V.* Main sequence stars are also called "dwarfs" for historical reasons. There is a decent Wikipedia article "Stellar Classification" which also explains other spectral types such as Wolf- Rayet stars.
Did it swallow a big gas giant and burp?!
Don't forget 🎁🥰🎁
Some opservations we experience as remenends are the creates of stars🥰🎁🥰
Look to human egg bevore second selblast during nestling
Than we see 🌀 and later on the jeds onley one is more visual pressend and than the embrio manivests itself around it accordingly it and inbetween it🐒💜
Old kuiper schinks in to the mantainence of the star and new kuiperbeld for the new kuiperbeld to tace over(cosmic drupled stile like your feilds drupled opservations) the demand of the behavieure of the princeple fieldflow field cohesional reprogramming.
Lagg of thention on the feilds metacontainer that's expanding do to a lag of extalernal cohesion do to recorence period jad a new mtacontaner taces form 🥰 lowering the thentional behavieures pressend they schink and most if it translate to the mostposeble directions inside the metacontainer to harvers the new star in behavieure ☪️
Phenix sicle💜
Simular as one heartbeat of the body of euth mamos🐒
Filaments... Electric Filaments?
❤️👍