Black Hole Size Comparison | 3d Animation Comparison | Real Scale Comparison

Black Hole Size Comparison | 3d Animation Comparison | Real Scale Comparison
In this video we made comparison of real scale Black Hole 3d animation.
Check this amazing video - • Dinosaur Size Comparis...
#blackhole #comparison #3danimation #3d

[@AkakoDev]

Let's appreciate the camera man who went around the universe to show this

[@osamabinladenmybro4237]

Bro this shit ain't funny.. it never was.. so stop it

[@ChloeKruegerSenpai]

Lmao overrated joke

[@emanuelsoares7658]

Veldade concordo.

[@emanuelsoares7658]

@@ACompleteloser ele disse que ia comprar pão mas a verdade e que ele ficou vagando no universo.

[@kot0472]

Those cameraman jokes became super massive cringe holes.

[@Puzzoozoo]

Just imagine the scale of energy released and the effect across the universe if two Ton 618 black holes collided.

[@reticulizeta7351]

🤯

[@dream8870]

rip a hole in the space time continuum

[@nite9715]

I can't even imagine it

[@exa0710]

Skibidi bop mmm dada *VIOLENT EXPLOSION*

[@GamerkillahBlaze]

@@XENO-g4w he’s talking about the energy

[@wrathybear]

This takes the "But wait! There's more..." to the next level.

[@SomeoneCommenting]

That change was terrifying 2:24, and it wasn't even the largest one yet O.O Those beasts at the end must have swallowed dozens of entire galaxies with their own black holes already. Imagine the amount of planets and suns that could be created with those masses. It's like if you could make another entire visible universe with what has been compressed into one of those incomprehensible black holes.

[@GamerNaz6172]

Same shit I'm saying like there's no way we saw this and lived like how could we have discovered Powehi. Imagine how terrified nasa must've been when they discovered powehi

[@ghos7kam779]

Another theory is that some of these super massive and ultra massive black holes were formed by qausi stars/black hole stars. A rare form of ancient Ultra hyper giant star that were big enough to crush down to the size of what we discovered are that center of every galaxy( supermassive black holes). Due to the fact black holes of this ridiculous size like, Messier 87 and Ton618 wouldn't be able to grow to its size in that amount of time from the current supergiant stars we discovered so far. It wouldn't be enough matter for it to eat and grow in that amount of time even with merging with other smaller black holes. Qausi stars are like a basketball next to the largest known stars found, Stephenson 2-18, and UY Scuti as a golf ball.

[@willsmiffnwessun8016]

Blackholes stand for balance and glue.

[@lucianene7741]

I'm more inclined to believe they are Big Bang splinters, fragments of the primordial singularity that spawned all the mass and energy of the Universe.

[@norbertk.5328]

Not really a Galaxy is typically around 100-200 billion Solar Masses. TON-618 (at the end) is about 66 billion Solar Mass. Not even a Galaxy.

[@lorenzoseijo1610]

The universe can be scary sometimes...

[@mateuszkoralewski9451]

It is

[@charlesbrown9213]

Time bends. Space is... boundless. It squashes a man's ego. (Charlton Heston. Planet of the Apes)

[@ChloeKruegerSenpai]

Apollo 13 Disaster is already scary

[@inspectorkhalid]

No it isn't, a black hole is faaaaaaaaaar away

[@unknownchannel22478]

@@inspectorkhalid yes it is

[@recognize218]

Can't even began to comprehend how massive they are.

[@Tantalus010]

Nobody can. We can compare them to each other and say things like "this one's more massive than that one," or "this one has 20 solar masses," but even the Earth's mass is incomprehensibly large to us, so these? Forget about it.

[@Abrold]

​@@Tantalus010yeah Earth's mass is 6000000000000000000000000000 octillion g and these black holes are billion times mass of our Earth and the sun

[@jdmeaney413]

I’ll help you appreciate this visually. You’d look at the largest one and it would be blackness everywhere. That’s how massive it is.

[@TheTeddyBearUniverse]

PAUSE

[@Leslie-nd3ws]

The best size comparison of black holes I've ever seen so far. And also, absolutely terrifying too. 😭😱

[@Bacon_Pro-255]

Dead stars that swallows other stars or others black holes

[@aamirrazak3467]

Seeing all these amazing galactic entities make our lives seem so small in comparison

[@Leslie-nd3ws]

@@aamirrazak3467 It's quite humbling.

[@aamirrazak3467]

@@Leslie-nd3ws absolutely. Makes us seem like a very small part of a truly vast cosmos which is true tbh

[@nicoyes3939]

unicorn is really tiny

[@kickerpunter8414]

I loved this video. You can't really conceptualize/conceive something until you can see it at scale. Excellent music, too. Fantastic! Thank you!

[@freeman10000]

My favourite is the black hole in 3C 273. The accretion disk of this very active black hole is so bright that it can be seen with a medium sized back yard telescope despite the object being over two billion light years away.

[@HyperWaffl]

Mine is ton 618

[@Dayota___]

Even the biggest known star has no match for the black hole size.

[@terminalfrost3645]

and even the biggest known black hole is no match for the universe

[@jimmylabelindo1178]

@@terminalfrost3645 *a single nebula

[@Kai-rt4xw]

Yet it can still devour everything

[@thespeculativemusician]

Whats crazy is to think how big should’ve been the original star that shrinked to the point to become the last (biggest) black hole here…

[@cinnamonroll5865]

@@thespeculativemusician nah those sizes were achieved mostly by black hole merging However some theorize that there may have been bigger stars than actually possible in the earlier stages of the universe. However still most of the size the black holes are is due to merging

[@AbcXyz-lv5iv]

And these are not even specs when compared to the size of the universe. It's truly unfathomable, the size of the universe. Wow!

[@ouch000u]

*Holy Qur'an* About the *Creator* of all worlds *42:5 Holy Qur'an* تَكَادُ ٱلسَّمَـٰوَٰتُ يَتَفَطَّرْنَ مِن فَوْقِهِنَّ ۚ وَٱلْمَلَـٰٓئِكَةُ يُسَبِّحُونَ بِحَمْدِ رَبِّهِمْ وَيَسْتَغْفِرُونَ لِمَن فِى ٱلْأَرْضِ ۗ أَلَآ إِنَّ ٱللَّهَ هُوَ ٱلْغَفُورُ ٱلرَّحِيمُ ٥ The heavens almost burst apart above them [in awe of Him], and the angels glorify the praises of their Lord, and seek forgiveness for those on earth. Indeed, *Allah* is the All-Forgiving, Most Merciful. *2:136 Holy Qur'an* Say, O believers, “We believe in *Allah* and what has been revealed to us; and what was revealed to Abraham, Ishmael, Isaac, Jacob, and his descendants; and what was given to Moses, Jesus, and other prophets from their Lord. We make no distinction between any of them. And to *Allah* we all submit.”

[@celestrio]

I've seen a bunch of videos such as these and yet, I'm still impressed as if I'm seeing a size comparison video for the first time.

[@anjachan]

me too!

[@Celestial_Eclipse]

TON 618 is no longer the largest known black hole, Phoenix A is now the largest known one. Look it up if you don’t believe me.

[@GAME_ZONE_69_]

Ya

[@herbhaha]

Phoenix A is just a theory.

[@emineguler3998]

S5 0014+81 is now

[@tomranks]

J0529

[@borisaxelrod7411]

Да, она пока является самой тяжелой и огромной, 100 миллиардов масс солнц. Но обнаружили новую, можете посмотреть в вики, она 200 миллиардов масс солнц. Но ее массу рока еще не подтвердили.

[@clchawaii09]

I didn’t realize they could get this big. They can such away entire galaxies. 😱

[@Apeironn87]

@rafvids_ he probably meant "suck away"

[@jamesh5460]

Wow! I always thought Cygnus X-1 was much bigger than that. Great upload.

[@liberatetutemeexinferis5902]

Step aside TON 618. Phoenix A has joined the party.

[@romulocarneiro3310]

This is "beyond" big, this is godlike sizes. Just imagine trying to racionalize something that big

[@edlozada329]

TOO BIG! 😮

[@ouch000u]

*Holy Qur'an* About the *Creator* of all worlds *42:5 Holy Qur'an* تَكَادُ ٱلسَّمَـٰوَٰتُ يَتَفَطَّرْنَ مِن فَوْقِهِنَّ ۚ وَٱلْمَلَـٰٓئِكَةُ يُسَبِّحُونَ بِحَمْدِ رَبِّهِمْ وَيَسْتَغْفِرُونَ لِمَن فِى ٱلْأَرْضِ ۗ أَلَآ إِنَّ ٱللَّهَ هُوَ ٱلْغَفُورُ ٱلرَّحِيمُ ٥ The heavens almost burst apart above them [in awe of Him], and the angels glorify the praises of their Lord, and seek forgiveness for those on earth. Indeed, *Allah* is the All-Forgiving, Most Merciful. *2:136 Holy Qur'an* Say, O believers, “We believe in *Allah* and what has been revealed to us; and what was revealed to Abraham, Ishmael, Isaac, Jacob, and his descendants; and what was given to Moses, Jesus, and other prophets from their Lord. We make no distinction between any of them. And to *Allah* we all submit.”

[@chilliconn071]

A very informative video. If there's space enough to accommodate black holes that are millions/billions of miles in diameter it makes you realise, where the universe is concerned, just how insignificant you are.

[@TsuNaru]

You don't need black holes to realise that, just common sense.

[@peterresetz5072]

@TsuNeru, and you need not be a sarcastic troll.

[@nicolaspetit6718]

We are nothing

[@tianbolu6118]

“Sometimes, you have to be at very high up, to understand how small we are.”

[@Sansfordx]

We are almost nothing at this point, we are air, a microbe

[@JoelAG06]

now imagine that supposed mega massive black hole that is pulling all the galaxies to a single point.

[@ReginaAntiola-ug6wm]

I WILL PUT 1 CENTIMILLINILLION SUN IN THE SPACE(10^300,003 SUN)

[@Sannypowa]

The size jump of the black holes could suggest us how many times our Universe pulsated so far since its beginning, and with their mass I think we could also determine the real age of our Universe bubble.

[@leotimtom6637]

Where is my boy Phoenix A?

[@Kamal14.16]

😂

[@WhiteJarrah]

0:57 Just to put this into perspective: for a star to become a black hole, its core must exceed three solar masses. Picture that: the mass of three suns all compacted into a sphere as wide as a city.

[@Nickallsopp92]

Size is one thing, but the mass of these are on a whole other level. For example the smaller black holes at the start where the equivalent of 50 or more solar masses (the mass of our sun). As the black holes get bigger the mass multiplies by the thousands then eventually by the millions and even billions especially once you get into the ultra massive blackholes. TON 618 is like 60 trillion solar masses.

[@FoolsGaming]

If I’m remembering correctly, estimates for Ton 618 are about 66 billion solar masses. Who knows how big it is now though…

[@anxus3912]

Where is Phoenix A =(

[@pankajyadav3459]

Phoenix A 100billion

[@maskrpplace]

@@FoolsGaming Well its kind of proven to be 66 billion but it's a theory, god knows how bigger its grown since the late 1970-today. Most likely about 75 or 80 billion In my guess.

[@maskrpplace]

@@pankajyadav3459 that's a supercluster

[@kyzercube]

It was actually smart not to include the ic-1101 black hole being its' mass cannot be determined within a reasonable range. It could very well be larger than Ton618 but it can't be confirmed with current technology. Even the JWST will have a great deal of trouble narrowing the range of error.

[@frst.4633]

if the IC-1101 black hole is even remotely close to TON 618 then it would outshine it's galaxy realistically speaking

[@kyzercube]

@@frst.4633 You're confusing a quasar active smbh from an inactive one. This has no bearing on measuring the black hole's mass if it's inactive or if sufficient obstruction exists ( in which it does ). You might want to read up on the optical data problems from ic-1101.

[@ReaperX7]

If the relative mass of IC-1101 would determine the size of it's CBH, then by all accounts, TON-618 is a dwarf by comparison. It would go beyond Super Massive Black Hole and truly create a class of Hyper Massive Black Hole. And if there's one, there's bound to be even more, and bigger.

[@multiverseandparallelunive6224]

@@frst.4633 NGC 8550 MISSING OF BLACK HOLES NGC 8550 IT IS 50 BILLION SOLAR MASSES OF BLACK HOLES

[@multiverseandparallelunive6224]

@@ReaperX7 Sagittarius is heavier compared to the phoenix a black hole

[@AstroAMZ]

TON 618 is not the biggest black hole in the universe, it is the the biggest we have discovered so far....

[@ThatOneChair]

thats what makes the universe scary its infinite

[@guadavinjoy3443]

I don't need horror movies when I have black holes size comparison videos to scare tf out of myself

[@brie6337]

omg it’s so convenient that they’re all lined up so neatly

[@isabellad7396]

LMAO so true

[@pugowner1347]

WOW! Mind numbing. Great video.

[@doctoralgy8186]

Can we get a slow zoomed out scale from our plant earth to just Tom 618. That would be nuts

[@AmeerHamza-oo9bw]

Amazing video, the mention of the masses would've been incredible too.

[@byancaevans512]

That was awesome!!!!! Thank You!!!!

[@mathscience757]

Very interesting, thank you. 2 suggestions if possible: suggestion # 1; indicate by a method used in architecture, the measurement of the diameter. Suggestion #2; where is this structure located and how far from our ''position''?

[@Ninetydrops]

If you thought that "ton 618" was scary. Here are 3 facts that are even more scary. 1: the first blackhole at the start of this video, which look harmless in comparison to the rest, would still be powerful enough to swallow up the earth eventually. 2: All the black holes you see in this video will only grow bigger with time. (They already grew by miles as I'm writting this comment.) 3: There are bigger (and with bigger I mean MUCH bigger) black holes than "ton 618" that are still yet to be discovered.

[@dav1d947]

a black hole with 1 centimiter diameter would be able to swallow the earth

[@Doma6945]

that's not true, the first black hole we see in the video is actually enough to swallow whole solar system

[@74205gb]

WOW. Totally overwhelming. Amazing.

[@iamTHElxxii]

Proof the camera man never dies

[@Thatgoofyahhaviator]

We are less than an atom in front of all this.🗿

[@ouch000u]

*Holy Qur'an* About the *Creator* of all worlds *42:5 Holy Qur'an* تَكَادُ ٱلسَّمَـٰوَٰتُ يَتَفَطَّرْنَ مِن فَوْقِهِنَّ ۚ وَٱلْمَلَـٰٓئِكَةُ يُسَبِّحُونَ بِحَمْدِ رَبِّهِمْ وَيَسْتَغْفِرُونَ لِمَن فِى ٱلْأَرْضِ ۗ أَلَآ إِنَّ ٱللَّهَ هُوَ ٱلْغَفُورُ ٱلرَّحِيمُ ٥ The heavens almost burst apart above them [in awe of Him], and the angels glorify the praises of their Lord, and seek forgiveness for those on earth. Indeed, *Allah* is the All-Forgiving, Most Merciful. *2:136 Holy Qur'an* Say, O believers, “We believe in *Allah* and what has been revealed to us; and what was revealed to Abraham, Ishmael, Isaac, Jacob, and his descendants; and what was given to Moses, Jesus, and other prophets from their Lord. We make no distinction between any of them. And to *Allah* we all submit.”

[@HexValdez]

Great vid - it would have been better with the masses included (or the approximated masses at least)

[@starbase51shiptestingfacil97]

Black holes have 0 mass. It's just science fiction.

[@estrellanicolas7975]

That would be impossible for the big ones I think

[@altonb93]

@@estrellanicolas7975 That’s what she said

[@burhanabdullah6068]

Lets not forget to appreciate the camera crew, who travelled billions of light years to get this HD footage.

[@mrtadreamer]

Scary thought. Some black holes are larger than our solar system.

[@channel-ug9gt]

we may be already living inside one that is even much larger than any one of these...

[@dogthewalker8071]

Tip: Slow the video down a bit so we can read the content.

[@erickwhite308]

Huau que buen trabajo ,,, que buena presentación ,,, los felicito ,,, ,👋

[@StarlessSupernova]

It gets to the point where it doesn’t even hold the same impact because they’re so huge you can’t comprehend anything to compare it to. It’s just “big”.

[@shawns0762]

For some reason people don't know that Einstein said that singularities are not possible. In the 1939 journal "Annals of Mathematics" he wrote "the essential result of this investigation is a clear understanding as to why the Schwarzchild singularities (Schwarzchild was the first to raise the issue of GR predicting singularities) do not exist in physical reality. Although the theory given here treats only clusters whose particles move along circular paths it does seem to be subject to reasonable doubt that more general cases will have analogous results. The Schwarzchild singularities do not appear for the reason that matter cannot be concentrated arbitrarily. And this is due to the fact that otherwise the constituting particles would reach the velocity of light." We have all heard the phrase "mass becomes infinite at the speed of light" this phenomenon is illustrated in a common relativity graph with velocity (from stationary to the speed of light) on the horizontal line and dilation (sometimes called gamma or y) on the vertical line. Mass that is dilated is smeared through spacetime relative to an outside observer. The graph shows the squared nature of the phenomenon, dilation increases at an exponential rate the closer you get to the speed of light. General relativity does not predict singularities when you factor in dilation. Einstein is known to have repeatedly spoken about this. Nobody believed in black holes when he was alive for this reason. Wherever you have an astronomical quantity of mass, dilation will occur because high mass means high momentum. There is no place in the universe where mass is more concentrated than at the center of a galaxy. According to Einstein's math, the mass at the center of our own galaxy must be dilated, in other words that mass is all around us because as the graph shows we are still connected to it. This is the explanation for the abnormally high rotation rates of stars in spiral galaxies (the reason for the theory of dark matter), the missing mass is dilated mass. It also explains the CMB.

[@davidwuhrer6704]

It's "Schwarzschild". It does not rhyme with "child". Singularities don't exist in nature. Black holes obviously do. Black holes are merely enough cumulated mass inside a volume of space for the escape velocity from within that volume to exceed the speed of light. The mass of Sagittarius A* is not all around us, it's in Sagittarius A*. (Assuming a perfect sphere of uniform density, mass above you cancels out, as Newton knew already. Also works for disks.) High mass does not mean high momentum. Momentum is the product of mass _and velocity._ None of this has anything to do with the CMB.

[@hvdra647]

aint reading allat

[@shawns0762]

@@Aurawing ?

[@DrumEagle]

Would like to see the respective solar masses

[@dolevwajsbrot6356]

The last black hole is 66B solar masses.

[@jmcooney2000]

Wow some absolute monsters!

[@Rougewave_fun]

Got a fabuloso commercial after this

[@Wrastleman903]

We are so insignificant compared to this.

[@Heroes99999]

That's Big Black Hole The Earth here

[@mikedegracias8616]

Yeah also the big black hole Sun.

[@jesssio7692]

We could die

[@Heroes99999]

@@jesssio7692 With What This is Happened To Died Here Really

[@ziosamsamsam]

My ex

[@themashugana9440]

when I watch videos like this, I imagine that the universe is as infinitely small as it is infinitely big.

[@ojjoooooo]

Something has no size if you have nothing to compare it to.

[@B-RusSpace]

The universe will just rip apart if two TON 618 black will collide with each other 💀

[@notvesta6883]

Small black holes like the unicorn don't have an accretion disc, because the force of their gravity is too small

[@Jogoat860]

Brother even a neutron star can have an accreation disk what are you talking about? Accreation disks are created when black hole is consuming material so if a black hole doesn't have an accreation disk its probably dormant like the sgr a* at the center of our galaxy 🤦‍♂

[@Strongman0307]

Blackholes are one if my irrational fears

[@User-c6n7p]

if it conforts you, a black hole is objectivelly less dangerous than the star (stars) that created it

[@franciscoduarte1925]

My brain doesn't have enough neurons for this.

[@jeffreysommer3292]

Two questions: is the diameter the event horizon, or the surrounding nebula? And where is Phoenix A? It's considerably larger than Ton 618.

[@goldgamercommenting2990]

2:40 powehi has another name M-87. Yes… THE M-87

[@KoRnFoReVeR23]

I never knew that! Thanks, I was about to comment that he forgot about M87!

[@fredlandry6170]

The power of the universe is incredible!

[@StormOfMaat]

Oi! Are you by any chance related to Tom Landry?

[@fredlandry6170]

@@StormOfMaat no it’s a Cajun name that’s common in south Louisiana.

[@multiverseandparallelunive6224]

Your is crazy

[@anjachan]

I wonder how many stars and other objects they "ate" ... very scary but also beautiful. Black Holes look cool.

[@ulrich32]

The definition of "No matter how big you are, there is always someone bigger than you" 💀💀💀

[@RealwNylo]

Me: “nothing can escape black holes?” My teacher: no jamal, we watched this video right?, So the camera man can escape black holes.” Me like:”guess camera man never dies.”💀💀💀

[@tulipcupids]

I can’t believe how small are we compared to M32 😮 1:10

[@nothsim]

Fantastic video.

[@horrid_joe]

400 billion kilometers of pure oblivion. Both exciting and terrifying.

[@tinfoilpapercut3547]

Everyone: "What's your naming nomenclature on these?" Science: "Yes."

[@CT2401.]

Ooo my GOD Ton 618 is so big

[@altonb93]

Step Ton 618 I’m stuck!😩 Oh no😳

[@shiromiperera8741]

I can't imagine what kind of cameramen know about size and energy of blackholes

[@pndsquad_6374]

How could the size comparisons be this large around 1000x bigger then the sun

[@saitamasaitama1865]

It's worth noting that this is not the actual size of the black holes, but rather their event horizon. Since nothing can escape past that point (not even light) nobody actually knows how the mass is distributed in there. If it was actually evenly distributed over the whole diameter the density would be extremely low ranging from the density of water to basically air/ vacuum the bigger it gets. Fun fact: You wouldn't actually die immediately if you fell into one of these larger black holes since there would be no "Spaghettification" in those.

[@Iamtheskidoostig]

Imagine how big the star was that collapsed to make Ton 618

[@M3Pilot]

it might not have been a star. Astronomers theorize that ultra-massive black holes may have formed from "direct collapse". Basically a massive cloud of gas collapses into a black hole without forming to a star first.

[@gregft1979]

Or merger of several black holes, or many stars falling into it, etc etc

[@rhythmetist]

In this video (kzbin.info/www/bejne/pniykHqAgZZqna8) Dr. Becky Smethurst explains how Ton 618 likely contains the mass of multiple galaxies. However large the star was that started it, it has grown considerably over time.

[@SiriHakuoh]

I'm wildly guessing a "Quasi-Star cluster".... Then after all the star's material was consumed by the blackholes within. They then began to merge with eachother.

[@EngineerST]

It was nicocado avocado's descendant.

[@philipwhelan6543]

I got a real shock when I saw the size between the sun and the m32

[@anatta1520]

❤ Wow w..the black hole shape like a UFO..!!!! ! 👍😀😊

[@ramonruiz6253]

Congratulations to the camera man as always in these comparison videos!!

[@TsuNaru]

Unoriginal. Room temperature IQ.

[@eggizzy7266]

This is animated

[@lombardo141]

We will be really shocked when we find out that black holes are nothing but the pores of skin of a much higher being. 😮

[@altonb93]

I mean the 3D map of the entire known universe looks like neurons of a human brain so a theory like that wouldn’t be ignored 😄

[@dionewillmann8723]

I realize that much of the matter in the universe is concentrated in a density that tends to infinity in these black holes. They are practically matter compactors scattered throughout the universe. Perhaps this is a control of the universe itself, the scattering of a lot of matter can generate a problem in the expansion and energy balance of the universe. This can cause some instability in the forces that govern it.

[@shana-]

Phoenix A: Alright, time to shine up

[@axel.lundell]

Apparently they’ve discovered a black hole even bigger than TON-618. The central black hole of the Phoenix Cluster. They call it Phoenix A.

[@mihirpanchal8998]

I have a genuine question There are so many blackhole but I wanted to know who actually discovered this blackhole and how they measured its size?

[@User-c6n7p]

The size is calculated by the mass, there's the schwarzchild formula for non rotating black holes but there're more complex for rotating ones. But only knowing the mass you can calculate the radius of the event horizon. The mass is inferred by the gravitational effects on the mass wround it

[@sbtechdif]

Impossible to truly comprehend.

[@GenesisOut]

If a Galaxy-sized or Universe-sized black hole comes, there's nothing but despair💀

[@hadpretty7007]

Why did you stop at Ton 🤔 the universe is in a black hole

[@gregft1979]

🙄

[@59799]

Source?

[@Jogoat860]

Lmao I wonder how we are still alive then

[@chops6416]

How does a black hole get so big?

[@ShiroKun7]

By continuously eating stars, planets and other black holes

[@altonb93]

Ask your mom

[@altonb93]

Sorry i had to do it😂 it was just too easy lol

[@chops6416]

@@altonb93 cheeky

[@joshuagleeson4776]

The power of cosmic succ

[@LOWZZ33]

Each black hole is the entrance to a different version of heaven.

[@InvaderNatDT]

For more reference, Ton 618 is roughly 100x bigger than our whole solar system. It also has more mass than all the stars in our galaxy.

[@Jogoat860]

Milky way has 100 billion stars and ton 618's mass is 66 billion solar masses though not every star in our galaxy has the same mass as our sun the comparison still feels a bit sussy

[@InvaderNatDT]

@@Jogoat860 You have to remember that most stars are only Red Dwarfs though. So not much mass compared to ours.

[@Vkg381]

Can you tell me how to make this types of videos.... Like 3d size

[@Univertisy]

Phoenix a: hold my beer.

[@ayounglivelysoulinanoldtir3512]

ton 618 looks huge enough to swallow half the universe! the sizes of these things are awesome. with all these vast vortexes, scatterd around the universe its a wonder that anything else still exists!!!

[@Mambaforever08]

The universe is the size of 20 billion ton 618's. The universe is fucking HUGE

[@starless4146]

HERE I am, thinking the first few black holes are HUGE HUGE!! Then I see Earth and I'm like "oh..."

[@barneyrubble9309]

Wonder how big the star was that Initially formed Ton618?

[@utube1818]

It wasn't that long ago we couldn't see a black hole as even light could not escape its gravitational pull, have we got a camera fitted with a black hole lens now? These seam very specific in there detail.

[@Slushstudios]

I didn’t know a black hole could be the size of the earth

[@angielou-5188]

Black Holes are really interesting colossal bodies. Light can't be touched yet it can't escape black holes.

[@nafnaf0]

Ton 618 has a diameter 50x the orbit of Neptune around the sun, crazy

[@sudabeh545]

Good Idea.

[@Doggieman1111]

So you really have to understand the concept of "significant digits." Round the imperial measurements to a reasonable number.

[@phaiz55]

Just a suggestion here, try keeping the focus on the new example as panning back to the left after each example is frustrating to the viewer.

[@TruthTheChamp]

Actually i find it great

[@gregft1979]

Me too I like it

[@jefaisquepasser]

it should include the size of orbit of the main planets of our solars system. like: here is the earty sun distance. this would include us.

[@neruneruXD]

Never knew there were tinier black holes

[@cloud84strife]

It's really cool.. but about black holes, the smaller the stronger is the law

[@straightup7up]

M87 is my favorite - love her jets.