TON 618 vs Phoenix A 🗿😶‍🌫️

[WYDBLACK]

"Bro Owned This Phonk" 💀
Always W 🔥

[SHAHD-yqoj]

Bro made the biggest black hole picture look better then scientists making a picture of a normal black hole

[GOATSFCGFC]

The cameraman never dies but this video is 🔥

[RTD_x_Rimuru]

imagine is ton 618 ate a black hole 5 tenths of its size💀💀💀💀

[GamerBoii]

Phoenix A: So, who is largest
Me: My mobile screen🗿🗿

[greens]

@ScienceOfInfinity ton 618 is bigger and to prove my point: Phoenix A* is 100b solar masses grows by 60 solar masses a year and is 5.86B light years away so approximately its should be 451.6b solar masses but ton 618 on the other hand is 66b solar masses grows by 50 solar masses a year and is 10.8b light years away so if you do the math it’s approximately 606b solar masses
Short summary :
Phoenix A* :5.86b x 60 = 351.6b +100b = 451.6b
Ton618 :10.8b x 50 = 540b + 66b = 606b.
Ton 618 is theoretically bigger

[FFCTN]

Phoenix A: your dad is here
Multiverse: hello im your grandfather🗿🍷

[blank..]

From data from how TON 618 has been growing, it’s clear now we can calculate and say TON 618 is about 606, 000, 000, 000SM Which is half bigger than 2 PHOENIX A*’s calculating that TON 618 Has made a comeback and is officially, the king once again!

[TVgamezStumbleguysandmore]

ton 618 is the lergest black hole because pheonix a isint considered a black hole

[Kedzy]

618: im the king!

Phoenix A: hold my beer

Phoenix A:

[drewkastelajara]

Mass of TON 618: 66billion.
Mass of Pheonix A*: 100billion. (10% of the Milky Way!)

[hannymuctaroffical]

sun: why are u putting me into this phoenix A?

[oOBoogieOoYT]

Cameraman got some really good space gear

[sottoiz]

*Abell 1201 Standing In The CorNer Menacingly*

[NotMichael.bitjeez]

The theory of another black hole bigger than Phoenix A: yall better pray that im not real

[ghordonsinomadal]

The smallest galaxy: hi littles
The last black hole: whos little

[galaxybot.]

Camera is bigger than observable universe😂

[stickman]

The camera man went to space taking the best vids

[Aer]

🌐 We know that Phoenix A* is 100B SolarMass (SM), and TON 618 is 66B SM. But both of these masses are not relevant today. Like, we see space objects like they were thousands or billions years ago (depending on how far away the observed object is). Physics cannot “live” separately from time. It means that the data that we now have on hand doesn't correspond to the characteristics at the current moment of existing the black hole (for itself, not for the observer from the Earth!)



1⃣ PHOENIX A*
▫️ Look, we have Phoenix A*, which is 100B SM. It took 5.86 billion years (source: Wiki) for light to travel to reach the Earth, so we see it as it was 5.86 billion years ago
▫️ We also know that Phoenix A* grows by 60 SM per year (source: Wiki). Anyways, that's 5.86 billion years ago information, today's one may be way different, depending on how dense the cosmic environment the black hole has been in over the past 5.86 billion years.
▫️ We're doing some calculations...
🔹 5.86B years × 60 SM = 351.6B SM
🔹 100B SM + 351.6B SM = 451.6B SM
▶ *Phoenix A*: 451.6B SM*

2⃣ TON 618
▫️ TON 618 is 66B SM. It took 10.8 billion years (source: Wiki) for light to travel from TON 618 to Earth, so we see it as it was 10.8B years ago
▫️ Unfortunately, I didn't find any information about black hole's growing rate (or there's still no information about it..? If you find something, say to me!), so let's estimate: 50 SM per year (It’s OK to estimate and guess, based on the information that we have now (Phoenix A*: 60 SM per year), as long as it doesn’t violate the laws of physics and existence).
▫️ Some calculations...
🔹 10.8B years × 50 SM = 540B SM
🔹 540B SM + 66B SM = 606B SM
▶ *TON 618: 606 billion SM*



⚠ Naturally, all calculations are *VERY approximate.* It's based on the data that humanity has now, it's nearly impossible to accurately determine the current physical characteristics of the black holes, since this is influenced by a huge number of factors: changes in the density of the space environment, matter around, which need to be constantly monitored, changes recorded, etc., and maybe something else... But I think I got the point across..?

[sweety]

Now imagine if these 2 hypermassive black holes merge into one. Gravitational waves will spread across 1/5 of the entire visible universe