And to think, despite that absolutely unfathomable size, the universe is so large that we'd probably never even have to worry about these things getting big enough to swallow the earth. Hell, we're only seeing them as they were aeons ago. Crazy.

Do you want me to do the math for you just really tell how big they got

​@@astronaut_11 yes

we see that we see black holes from 13,000,000,000 years ago.Phoenix A* is growing by 60 SM / year. However, it was relevant 5.86B years ago, but, anyway, let's still assume: 100B SM + (5.86B yr & 60 SM) - By the same analogy, it took light 10.8 years to reach an observer on Earth. So «66B SM» mass was 10.8B years ago Unfortunately, there's no information about TON 618's growing rate, but let's estimate it to 50 SM / year 66B SM + (10.8B yr × 50 SM) - TON 618 is 606,000,000,000 SM!

@@astronaut_11 damn so its bigger now than pheonix A was when we saw it at the same time.

yes there are bigger black holes because Pheonix A* is only biggest 𝗱𝗶𝘀𝗰𝗼𝘃𝗲𝗿𝗲𝗱 black hole

Sdssj1408 exists

@@chilleduchiha8224 never heard of it. So it’s bigger than Phoenix A?

@@aamirrazak3467 Yea you should look it up

@@chilleduchiha8224 The black hole in the quasar SDSS J140821.67+025733.2 has been reported to have a mass of 1.96 × 10^11 M⊙ based on measurements from the SDSS DR12 Quasar Catalog. As a result, references to this object as the most massive known black hole in the universe have recently appeared in scientific articles and in popular media including Wikipedia. We show that this extremely high mass estimate is incorrect, resulting from a faulty measurement of the C IV line width. From a new measurement of the Mg II line width, we derive an estimate of MBH ≈ 8 × 109 M⊙. -RNAAS

Fr bro like i just cant imagine that like its like eternity

.exe has stopped working 😂

Just imagine it in the speed of light. Light travels around our earth 7.5 times in one sec, around 300k km/s and take the size of Phoenix A being 590B km divide that by 300k to get 1,968,333 seconds for light to travel across Phoenix A. Remember it takes 1 sec for it to travel around our equator 7.5 times. Still insane to fathom such a size. It'll take light almost ~ 1368 days, so 3.7 years for it to go from one end to another 🧍🏻‍♂️

Phoenix A is twice as big as our solar system, no biggie 💀💀

Mine doesnt

The theory is that they were formed in the early universe when matter was much more abundant because of the formed like typical black holes they would never get that big.

@@jaredsikes1117they will get that big. but they just haven't had enough time to get as big as phoenix a

​@@Ackso5They probably won't get that big. Space has expanded so much -and will continue to expand so quickly- that they likely won't ever be able to encounter enough material to grow that large before they evaporate

About 10 of the mass in the milky way

Current theories think that these black holes were formed in the early universe. At the time there were stars that were many times bigger than even the largest stars today forming much larger black holes that happened to be much closer to each other. They would have had time to combine and form the largest black holes today.

How does that make sense?

@@cerovk6000 We don’t know where a black hole leads past the event horizon, although one theory states it’s a wormhole. Dr. Nikodem Poplawski proposes the idea that “we might be living inside a rebounded black hole that exists in a different universe, whatever that means. Maybe look into it.

Well thats the idea their throwing out there rn. What if blackholes are gateways to whole other universes. Their saying what if their like wormholes in a sense because theoretically the blackhole has to shoot that matter somewhere

Look up "black hole cosmology".

Dark matter

The camera guy is the best astronaut in history

@@XavieRFCB2004 fr

Read read the clip 3D animation ;-;

@@sanssnajth7881 its a joke

@@lilluthegreat123 i know

haha

Are you gay?

11 solar system would fit side by side in ton 618

@@avengersendgame9706 I wonder how much space is inside TON 618

Оправдал ник и аву

Phoenix A isn't that much bigger than ton618 only 37b solor masses

Only a couple million light years per frame. No biggie

Unfun fact: It's just an edit

@@StridersBored a couple million light years is faster than the speed of light💀💀💀

@@MOSS--MoldyCheeseInMirror by a multitude of millions too

​​@@MOSS--MoldyCheeseInMirror mistake. Light year is distance. Speed of light refers to velocity jaja

Actually what "holds" our galaxy is dark matter/energy

@@memorivas7515 yeah but but the thing that spins our galaxy is Sagittarius A

@@memorivas7515 that's called Jesus and i hope you repent for your sins after seeing the power of Christ and the swarm of blackholes that can threaten our civilization but does not because we are God's children.

@@lostpockets2227 actually the sun will explode first before a blackhole could threaten us

@@memorivas7515 no that's not entirely true because there is a thing called Roaming Black holes. As angels of God we will never succumb to the wills of the Universe because the Universe is God and we are made in the image of God.

Can u please explain? I'm confused

@@hassegawamkt What is depicted in this video is the true size of the black holes event horizon without the gravitation lensing (visual distortion) that come with it. Due to their immense gravity, they bend light away from the immediate area around the event horizon thus casting a shadow "around" the hole which make the "hole" look larger than it actually is.. svs.gsfc.nasa.gov/13326 gives a good video on it.

​@@hassegawamktBassically they are far bigger than they seem

​@@hassegawamkta black hole doesn't give of light, all were seeing is it's food drifting around it, their is no real way to measure a black hole, or it's attraction power, so we measure what we can see.

It grew to that size through feeding on matter, and possibly through mergers with other black holes.

@@Raphael4722there is a theory that there were stars bigger than Stephenson 2-18 at the beginning of the universes history. It helps explain why super massive and ultra massive black holes exist (to an extent) since our current universe is too young to have these black holes that big through just absorbing matter and merging of black holes.

@@Raphael4722 blackhole stars from the beginning of the universe. look it up, you'll be suprised

There was talk about this. Black holes that size shouldn't exist given the age of our universe. These were more likely created through just an intense concentration of matter and energy and skipped the decaying star aspect completely.

No it ain’t phoenix A is the universe king now

i agree Ton will always be the queen of the universe

Agree but only the phoenix is ​​not confirmed

Agreed, Phoenix might be slightly bigger but Ton is still more iconic.

​​​@@Ivon_da_planet did you learn solar masses anyways? TON 618 has 66B Solar Masses. And Phoenix A has 100B.

Realmente

Fact: The mass of Pheonix A* actually is as massive as 10% of the Milky Way!

ton 618 is still the big boy! Ton's 18 billion light years away and phoenix a is only 5.8 billion light years away. Phoenix a isn't that much bigger. If they were side by side at 5.8 billion light years, Ton would be way bigger than it.

Phoenix ais only theorized to be larger there is no proof of it's size

Well no ton 618 its not bigger Phoenix A is bigger while ton 618 its mass 66 billion meanwhile with Phoenix A it's 100 billion mass

@@brohehehe3401 There is no proof that phoenix a is 100 billion solar masses. It is a false and outdated speculation.

@@brohehehe3401 they just recently brought phoneix As down to 20 billion.

Si un ejemplo el gran atractor es mucho más grande

yet you're smarter than them

And what we can see of it, is from billions of years ago due to how long its taken the light to get here. They do think there is a limit to the size of ultra massive black holes tho.

And the image is from billions of years ago, I mean they might have used some math to predict its present size but there can be errors, which means it might be bigger

It's probably been doing this for trillions of years what makes you think it will stop now?

scary part is that ton 618 is bigger

Ton 618 is billions of light years farther away than Phoenix A* making it younger than the younger Phoenix A*. Which also makes his size bigger when we compare them at their present stage, which is now. They'd be billions of years older And what NASA detected is them billions of years younger

"Lets name a black hole after jonhny's fat mama" "Sure!" Ton 618

​@pipebombman1886 😂

Respect for the ant collection 💪

no im not respecting cameraman since its not real

This tells us that their formation was different than the typical black holes we see today.

@@alanboody7004 yeah

Super massive Phoenix a18

​@@marci790 Phoenixson A2-18

Pheton A6

100 is true

No there is no proof that phoenix a is larger.

I've seen it being 20 billion solar masses 8 billion, 13 billion, 42 billion and even 19 billion wherever y'all got your info is wrong

Don't worry I'm a cameraman so I got yall

You needed to have 100 billion solar masses or more to be hypermassive

@@kaekkokirrin6140 it is 100 billion-

@@Univertisy oh wai- *me being an idiot and realize he was talking about phoenix A instead of ton 618*

A lot Maybe like whole calaxies and from thousands of lightyears

Probably at the start of the universe when it actually had enough matter around to eat to get to that size.

WHAT THE FCK IS A KILOMETER 🦅🦅🔫

well black holes lose mass very gradually through hawking radiation, the bigger the black hole the slower, so for Ton 618 it will evaporate fully in around 1X10^99 years, or 1 followed by 99 zeros. for context, that number is way, way, way more than the number of atoms in the universe (it looks like this 10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 years)

@@alexshepherd1649 Are those Earth Years or Blackhole Time dilation Years?….. cuz if they are Earth Years we could orbit the Blackhole and skip A LOT of them. I know it wouldn’t be enough but i genuinely think we could use Black holes to travel to the future in a few hours.

@Powerhouse Also, time travel isn’t possible without breaking particles which would mess with gravity in ITSELF ENTIRELY. We would most likely break gravity meaning planets and moons of orbit get off track at a surplus ~+1.34/ms; therefore, breaking our galaxy

@@ArdenRD It is possible if you Orbit a Blackhole, you would Travel at a different time frame from the rest of the world. You cant go back but you can definitely travel/orbit forward to the future.

@@powerhouse884 thats earth years, also yeah if you got pretty close to one and managed to not be sucked in u could probably time travel lol