It's pretty hard to miss...
Could be hard to see through the tears.
It's pretty hard to miss...
It's pretty hard to miss...
Yeah.Could be hard to see through the tears.
Some of the science doesnt make sense (tidal forces on water planet for example)
But the end result is amazing
I thought the black hole imagery was wrong, then found out they actually ran simulation for the movie to see what the real thing would look like (computer simulation)
Is that true?Some of the science doesnt make sense (tidal forces on water planet for example)
Is that true?
gravity is something like two hundred billion times that on the surface of the earth. If that doesn't concern you, consider that the difference in gravity between your head and your feet is approximately sixty million g's.
http://io9.com/5805244/what-would-a-teaspoonful-of-neutron-star-do-to-you
What do you mean by "that close to a black hole?" Was it ever stated how close the planet is, or what the estimated "mass" of the black hole is?They made what made sense for the movie - you couldnt have a relatively calm water planet (where the water is still, apart from the tidal wave) that close to a black hole.
This is what I got. It's actually what I was hoping to get, that or a nice shot of the endurance or black hole. I was pretty surprised and happy with it. The odds of me getting a blurry shot of something random seemed far more likely lol.
![]()
Best one I've seen.Shared mine in the other thread but I really like it so sharing it here as well
![]()
What do you mean by "that close to a black hole?" Was it ever stated how close the planet is, or what the estimated "mass" of the black hole is?
Hmm, but you still don't know how close you have to be, right? I mean, black holes can theoretically come in all sizes, from the microscopic to the supermassive. The amount of time dilation due to their gravity depends on both their mass and your distance from them, so you can be very close if it's a smaller one or very far if it's a larger one and experience the same time dilation, right?Close enough to cause the extreme time dilation effect - more so than neutron stars - (which have less mass than black holes) which themselves have 200+ billion times the gravity of earth.
They wanted this in the movie so that hours for the travellers were decades for the people back on earth.
So the concept is real (close to a black hole causing extreme time dilation) but for that amount of extreme time dilation youd have to be so close that you wouldnt have anything like a regular planet or regular people. Like the link I posted before "just" neutral star degree of gravity means the difference in gravity between your head and your feet is approximately sixty million g's.
Making it "realistic" for a movie is a waste of time since its just entertainment - there are technically ways to make it possible (eg using a Kerr Black Hole) that would make the movie confusing for no benefit since its entertainment
Anyway I loved this movie, rented from netflix then bought it immediately to keep because loved it so much
So, TARS gets dropped into the black hole. Cooper is dropped a minute later. When, eventually, they both reach the event horizon, wouldn't that minute between drops have put them an infitesimal amount of years apart?
Physics suggests that a person watching a body hit the event horizon never actually sees them cross over, it looks like they fall forever never making it across. So, I imagine the minute that separates the two drops makes time slow expidentually for each in their own time/space, thus, they would never have a chance to meet up because they will never exist in the same time/space again.
Still, amazing movie. Glad I finally saw it.
Great film, some of you must be SOOOOO popular at parties