Recent content by Manan

That's really cool! So if R of the largest black hole (per google search) had a R of 1949*10^14, that would be t = 975 174 632, which I assume is in seconds? If so, that's 30 years of proper time.

Sorry, one follow up question. Since it's a moment in time, I assume that moment in time would be very 'short' (not sure how time would 'feel' inside a black hole) given the 'speed' you'd be accelerating at? So if its a very very large black hole (say largest we've measured), how much 'time'...

Thank you all.

Ahhh, that is starting to make more sense conceptually. Thank you. So what happens AT the event horizon? Meaning when I am outside of it and falling in, and half my head is inside the event horizon while the other half is outside?

Hmm, so can you move towards the event horizon once you are past it? If you can't, then why can your red blood cell? I guess conceptually I have to go back and figure out the new axis.

Right, which makes it even more impossible right? Because a blood cell going to the back of your head would require it to go backward in time?

Popular descriptions say you could be inside a very large black hole (assuming you could shield yourself from radiation etc), but things MUST move only one direction towards the singularity correct? Meaning, let's say you're facing the singularity and your back is to the event horizon...