Ignoring effects from its immense light and gravity, how much of the night sky would Ton 618 take up if it was as far away from us as Proxima Centauri?
Edit: Preferably in angular size, like how the moon and sun take about 0.5 degrees of the sky
... or it used to be, until yo mama was born.
One of Thanos's best feats is surviving a singularly with a radius of 2 light years that closely resembled a black hole. However, since it was an artificial singularly instead of a black hole, does this feat prove than Thanos could survive entering the event horizon of a real supermassive black hole? For example, TON 618 has more mass than every star in the Milky Way combined and is 15,300 times more massive than Sagittarius A*, the supermassive black hole in the center of our galaxy. Would Thanos be able to escape such a black hole? Also, how would the time dilation of TON 618 affect Thanos? Would it essentially freeze him in time from an outside viewer's perspective? Would TON 618's accretion disk blind Thanos, or possibly vaporize him due to it's immense heat?
TON 618 is the largest known black hole so I assume that the time dilation from the most stable orbit and even several light years from its event horizon relative to the Earth is significant. So what could an estimated time dilation be like? How much time would pass on Earth from 24 hours in orbit around TON 618?
A black hole of this mass has a Schwarzschild radius of 1,300 AU (about 390 billion km in diameter) and has a mass of 66 billion solar massess.
For reference: The Largest Black Hole in the Universe - Size Comparison
I have a pretty laypersons understanding of Black Holes, but my understanding is that time slows as you fall into it, and the larger it is the slower you die?
Maths too big for my head, also astrophysics? No number about this thing will ever to be truly appreciated in my small ape brain
