Falling Into A Giant Black Hole (VR 360°) 

Where are the book cases?

😊😊😊​@@K.O-ANIMATIONS

I don't have 4k

there is about 100 million in the milky way alone.

WHAAAAAAAAAAAA🤯

I do it

there is no sound in space so it wouldn’t be an accurate simulation

@@Tyler11181 NEEEEERRRRD. You are correct though.

@@ncjumper lol

Realmente en en espacio si hay sonido perceptible por el humano, solo en ciertas zonas, esto debido a que el sonido puede viajar por medio de los *Campos electromagnéticos* ​@@Tyler11181

Yes, I noticed that

„This is no time for caution“

tudo é possivel!

That is the best possible reference to make here

Glad you enjoyed it ^^

Well that is sadly a common misconception. You will see the universe ticking at a ever slower and slower rate as you fall in until it will stop entirely the moment you reach the sigularity. The reason for this is that the light from above has an increasingly hard time to reach you the deeper inside the black hole you are. However if you were to hover stationarily over the event horizing you'd see the universe go by faster. The closer you were to hover over the horizon the faster it would seem, simce you also need a higher acceleration the closer you are to it.

@@nsacockroach4099 your first reason seems to be incompatible with the second.

@@amosdotl6892 It's non-intuitive, but it is still true. Image space is falling into the black hole, but it is falling faster the closer it is to it. Light that is behind you, further away from the hole, still has to catch up to your patch of space that is falling faster, giving you red shifted and less intense light once it reaches you. Light from the outside that was send into the hole to late in time can no longer reach you before you hit the singularity which is giving you a final image of the outside world. This imagine marks the point in outside time when the last photons could still reach you. While "Space falling" isn't technically accurate, it still gives a good intution imo. This is entirely different to howering above the back hole by e.g. turning up the engines of a rocket. Then everything around you accelerates relative to you towards the black hole. The closer you are to the horizon the more extreme this acceleration becomes giving you extreme blue shift for light coming from above you but extreme red shift from light a bit closer to the horizon running up to you (imagine you drop a sender of light down). In this case you are time dilated relative to everything further away from the black hole. But you are also stationary to the hole making it easy for light from above to reach you. Then you get the effect of the universe going at a faster pace. But once you shut of your engines and fall the rate you see the uiverse go by in time will start to drop again (But *I think* much less so than if you fell from higher up the black hole without fighting the pull). Hovering above the horizon basically makes the time dilation of your space ship, as seen from further away, more extreme then simply falling from a distance without fighting gravity. A falling observer in contrast runs away from the light coming from above and is less time dilated realtive to a further away observer. PBS space time made a bunch of video about black holes and they also explained and used _penrose diagrams_ at some point. These diagrams give a much clearer, less confusing and no longer paradoxical seeming view on the physics once you know how to read them.

@@amosdotl6892 By the way, when I said "acceleration" in my first comment I meant acceleration relative to the "falling space". Remember in general relativity an observer being stationary in a gravitational field is the actually accelerated one and free fall is an inertial movement. Just in case this was a point of confusion. In my sencond comment I'm talking about the acceleration the hovering observer sees for falling objects.

From our outside perspective he is not dead; viewing from outside the black hole he is at the event horizon ("edge") motionless, changeless, alive, but suspended, for as long as we can look at him.

haha

rest in pepperoni s

😢​@@SpaceCinemaYT

He didn't die

BRO LET HIM GREIVE

It’s 360 bro

It is a 360 vr

@@Simon-does-clips iknow

Why?

And I love doing them :D thanks

i created black hole by myself on 3d software but i cant make those singularity effect hhahaha

Melanoheliophobia

Tomorrow tho

Nice reference

thanks man :D

nice, cool, great😊❤🤗✨💫🎬🎵🍀💗

Our current theories give us a good idea of what could be inside. Unfortunately, it seems that anything that falls in would be obliterated by tidal forces and radiation.

already done it

As a person with melanheliophobia I was scared to click THE VIDEO

🌀💨

just don't fall into the black hole👍

?

Just in smaller holes

You will find it if you try hard enough. Don't give up on your dreams, my friend

Me too

It's 360°, try moving the screen around

he's falling into a

Convincing what?

there's