Simulation created in Adobe After Effects that simulates the light refraction, the red shifting of the background when the observer falls in to a black hole. Spooky :D
You actually can if the hole is massive enough, you'd only die when you reached the center, which is unavoidable once you've crossed the horizon (if the black hole doesn't rotate and hasn't charge)
Impressive work, especially light bending, it looks very realistic! How did you calculate the light bending? Do you have any plans to make it more physical? (e.g. compute redshifts and blueshifts spectrally instead of applying color filters, or even stop when the darkness covers half of the field of view - which is what happens when you hit the singularity, etc)
BatchDrake I only used adobe after effects with some "spherical unwrapping tool" and polar inversions. You can make the same thing by looking at some blackhole simulation. You can see how the skymap bends around the event horizon. You can clearly see that 2 specular skymaps bends together around the black circle.
No you don't stop when you enter the singularity. What happens is the universe's time would move infinitely fast at that point. It is only from the point of view of someone outside that you would seem to stop.
@@bscutajar you never reach singularity to be factual. Space and time changes and space moving faster so you never see the singularity anyway. All you see is light everywhere, as part of a cone infinitely far from you
I dreamed that I was falling in the black hole before seeing this video but exactly like so in this video. It is experience that you don't want to relive.
To disappear from existence itself forever is terrifying. I believe that even the soul ends up kidnapped in the ultra-compacted dimension of the black hole ⚫🌀
That's some pretty scary stuff. Imagine if that was actually happening. Many people would probably have panic attacks. It's so intimidating to stare into the black hole, as it sucks you in.
Porscha Harris There’s not technically a(n) end to a black hole. There is a conspiracy theory I ought to believe about the black hole, saying that if you or me went into the black hole, I’d turn into some spaghetti, but then I’d be traveled into another universe,...which I still ought to believe. Well, anyways, my point is that there really isn’t a bottom to the black hole. Hopefully I answered you’re question. 🤗🤗
I think exaclty the same, because if time stops near a black hole, objects cannot fall into it, therefore the black hole cannot gain mass. A collapsed neutron star will continue to collapse slowing down the collapsing process until the time flow is nearly still, but no event horizon can form, and neither the singularity can.
@@franzinator9390 Yeah. Besides, there’s no way there could be a black hole close to us. If there were, we’d all be dead meat. Black holes are just made up. Pessimists only say there are black holes out there just to scare us. And I only say all this because I put my trust in God. And I will never stop believing God.
In reality, you don't fall into a void of nothingness. There's a core at the center of a black hole that's like infinitely small but infinitely dense (not infinitely-but so small and dense it's basically unquantifiable). So, if you somehow made it close to the center of a blackhole, you wouldn't just start floating in a void of nothingness. You'd eventually reach its center of gravity, aka the tiny little particle at its core
That core is so tiny and you can't see it. So you can only see darkness. No, it's not how it really works. The singularity is tiny, but even if the core was big and shiny like a lightbulb you couldn't see it because the gravity (the distortion of the space time) let the light only flows in to the center. Basically the core doesn't emit light so you can see only darkness. If we exclude the tiny size of the singularity and the light non-emission, the time is not existent. So the light cannot be emitted due to the absence of a frequency that can describe the light wavelenght. The most realistic Point of view is this one: You fall into the black hole. When you are reaching the event horizon (the surface of the black hole, big as the scwartzchild radius) your time becomes slower so you see the rest of the universe becoming blue-shifted and super fast. You will see thousand of years passing in seconds and it become faster as you approach the event horizon. Black holes shrinks evaporating due to Hawking Radiation, so you would see a super fast-blue-gamma-ray universe accelerating super fast to the end of time, at the same time the black hole shrinks under your feets and when it becomes small enough the Hawking Radiation emission rate start to become so high untill all the black hole remaining mass it's converted into pure energy in a fraction of a second (it explodes like a supernova, that happend when black holes are so tiny, they start to emit Hawking Radiation like crazy, and all the mass is converted into Radiation, that's energy. The conversion generates the amount of energy described in e=mc2 equation so it's huge like a supernova explosion) so after the explosion you will see a completely dark universe wothout stars at the end of it's time. You never reach the center in theory.
@@franzinator9390 "The most realistic Point of view is this one: You fall into the black hole. When you are reaching the event horizon (the surface of the black hole, big as the scwartzchild radius) your time becomes slower so you see the rest of the universe becoming blue-shifted and super fast. You will see thousand of years passing in seconds and it become faster as you approach the event horizon." This only happens from a stationary frame of reference. In a true falling perspective, due to the doppler effect, the Universe appears to remain normal as you look up. The black horizon below you never actually envelopes you as you get closer to the singularity as light continues to hit you from sideways and above; the reason it does so in this simulation and others is because this emulates a stationary reference frame, which again exhibits the effects of relativistic beaming, like the Universe compressing around your prograde vector (directly upwards from the black hole in this case) as you approach light speed - in this case, you reach light speed to remain stationary relative to distant stars. A true free-fall down to the singularity can be found here, done by ScienceClic: ruclips.net/video/17tEg_uTF_A/видео.html This one shows how even beyond the event horizon, you never really end up in darkness. This one is similar, but does not have an accretion disk, and the camera starts with some angular momentum so it spirals in: jila.colorado.edu/~ajsh/insidebh/schw.html "Black holes shrinks evaporating due to Hawking Radiation, so you would see a super fast-blue-gamma-ray universe accelerating super fast to the end of time..." Although this sounds interesting, and I'm inclined to believe you, you should probably do the maths first before telling it like it's true.
This very well animates my attempt on communicating with WHOEVER at ANY TIME and being properly undesrtood... This is missing a brutal death metal band logo that not a living soul is able to read at the end.. All in just white Capitals, obviously..
Now im wondering, technically arens black holes getting a perfect 360 recording of the known universe?.. and wouldnt the sum of all of em actually be the perfect recording of all the events of the universe?
You don’t fall in to the event horizon straight away. You would be absorbed by its gravitational pull and eventually calcinate to death in an instant in its big ring. That ring is several, but really, SEVERAL times hotter then our sun. So don’t worry, you won’t get to fall into the dark event horizon unless you go straight forward towards the center at, minimum, the speed of light.
“No one can survive the gravitational pull of a black hole”
The camera man: Hold my GoPro
Omg he posted it then died XD
@@ashleyomalley9588 you just made the joke unfunny
You actually can if the hole is massive enough, you'd only die when you reached the center, which is unavoidable once you've crossed the horizon (if the black hole doesn't rotate and hasn't charge)
Oh its you Sun..
mayhe he is doomguy
In all honesty, this was terrifying.
First time???
Nah, it's just like entering dark tunnel between US-Canada 🤔😅
In much of it all ofc this is terrifying
No it wasn't!
This was a fun ride
I watch these so often... it's gotten to the point where looking into a sink drain gives flashbacks.
🤣
0:25, wow, this is so pretty... Like a marble...
Really pretty as your last light is sucked away
E
Impressive. Most impressive.
empire
Likeonions who r u darth vader? 😁
That’s the death of the universe.
it looks so scary.....
ya and even more once you know the gravity would rip your atoms apart
Anex
Yep, yep.
True it does
And knowing you’ll never come back while your body literally turn into spaghetti. Aka your atoms getting ripped apart so fast you don’t even notice.
Actually no
Pretty realistic!
I also love it that you can look around!
I think it makes the journey even more terrifyng
How can this be realistic? No one can know it. Atleast for a million of years until human brain
@@kapworld2715 Did you just have a stroke?
@@kapworld2715 you are rigth
420 JuanP the second half of your sentence confuses me.
Who else said "No, no, NOOOOO!!!!"
Me
Me lol
Me
I said Wow wow wow wow wo
Me
So scary 😫
Sea Baas pussy.
*"This... wild creature called Nocturnal Recluse has stupidity in a pure state. Amazing, right?"*
Nocturnal Recluse Yeah, meaby. :)
Nocturnal Recluse pussy.
Sea Baas pussy.
Its crazy how the closer you get to it, the space around it starts to look like a wall. Which makes sense because a Black Hole is, well, a hole lol
The last few seconds are pretty freaky! Just imagine falling away from everything you know as you float into the unknown...
The Shadowless right? But if u survived u could recreate anything u want right?
James Stone maybe, maybe not. We may never know. That would be cool though
No one:
My anxiety at 3am:
That utter darkness, even before entering, scares the shit outta me
Respect to the camera man for doing this 😩
Legend says Camera Man hasn’t came back since and is still travelling through a black hole
Also Cameraman:WTF YOU SAY😃🔪🔪🔪🔪🔪🔪🔪
@@user-gi9ky5rg6e honestly why am i getting replies years later
so this is what Mario sees when you fall off a stage in Galaxy
epic! Did you use the schwarzschild metric?
I did not expect to get scared as it was getting closer 😂 Man, that's freaky
Black holes look scary to me idk why but they are a thing to be feared of
I deny their existence. Only a pessimist would believe they are real.
“O H N O” - Carl Johnson 1992
Omg when i was looking on it with Google cardboard... I almost pooped myself.
Oh wow it's like eyes
Mici Mrs.Sneaky you're* stupid*
You're actually stupid.
@@dd-lv9ih tf
Wow how old are you people? Because if I'm going off your comments your all a out 6 fucking years old!!! Jesus fucking Christ
Good
Impressive work, especially light bending, it looks very realistic! How did you calculate the light bending? Do you have any plans to make it more physical? (e.g. compute redshifts and blueshifts spectrally instead of applying color filters, or even stop when the darkness covers half of the field of view - which is what happens when you hit the singularity, etc)
BatchDrake I only used adobe after effects with some "spherical unwrapping tool" and polar inversions. You can make the same thing by looking at some blackhole simulation. You can see how the skymap bends around the event horizon. You can clearly see that 2 specular skymaps bends together around the black circle.
No you don't stop when you enter the singularity. What happens is the universe's time would move infinitely fast at that point. It is only from the point of view of someone outside that you would seem to stop.
bscutajar wrong comment bro
@@bscutajar you never reach singularity to be factual. Space and time changes and space moving faster so you never see the singularity anyway. All you see is light everywhere, as part of a cone infinitely far from you
More physical?? That's what DMT is for my friend!
It's so horrifying at the beginning when I saw the black hole
It moves into frame so damn quickly. Ewwwww that's scary
It's so cool how the closer you get to the horizon you can literally see the fabric of space as it bends to the black hole
Congratulations you found a ☄
Can any scientists confirm on how accurate this is? It’s so cool yet so terrifying
Not a scientist, but pretty sure we will die and all our logistics too way before entering into an actual black hole.
Ti confermo che è accurato perché ci sono stato ieri ed è proprio così
Pretty accurate
I dreamed that I was falling in the black hole before seeing this video but exactly like so in this video.
It is experience that you don't want to relive.
Jesus Christ! I almost had a heart attack!
You guys gets scared me: CRYING
damn
Why do I watch this when it gives me anxiety? AA
I KNOW YOUR LOOKING AT THAT CAVE AND YOUR FEELING KINDA BRAVE
To disappear from existence itself forever is terrifying. I believe that even the soul ends up kidnapped in the ultra-compacted dimension of the black hole ⚫🌀
RIP Camera man we will miss you 🥺
Scary as it get closer
Looks like the warmhole from the movie interstellar pretty cool
This is how we see and understand black holes today.
Getting sucked into a black hole is like watching the Big Bang in reverse.
Whoa that was INSANE I was Freaking out
This is actually scary and so cool where are my space nerds at 😂
Cool video :D
Best one yet
what mario sees when you die in mario galaxy
DAME SPACE IS SCARY
i could totally imagine this to just be entering av sub universe through a with hole and a star-filled sky around it
Hell Nah...it happened so damn fast it made me throw my phone on the bed🤧🤧
Um whoever made this is an absolute genius! Perfectly rendered black hole experience. Kip Thorne would agree!
quite good show
Omg that was terrifying
This even looks good when you pause the video.
BTW you can move the screen and look around!!
Finally, a video to fall into a black hole with comments enabled.
Play Han Zimmer's S.T.A.Y on this video to get more dramatic feel
There's so much happening here that we also don't understand it's really quite mesmerising
Me using the 4-direction VR button: "It's impossible. No! It's necessary!!!"
it look so...... *COOL*
And scary😱
Wow I like it
It looks so cool
8 sec...millienium falcon on the left..chewie driving
2spoopy4me
Andrew Jones John Wolfe?
5spooky12me
Turn aruund when you get close to the black hole
Amazing but scary...
Wait, shouldn't infalling light be blueshifted?
That's some pretty scary stuff. Imagine if that was actually happening. Many people would probably have panic attacks. It's so intimidating to stare into the black hole, as it sucks you in.
I have astrophobia and I couldn't stand this video without cramping and looking away!
Fun fact: I'm studying physics :D
If it makes you feel any better, black holes are invisible so you wouldn’t even see what was making spaghetti out of you 👍👌👌
@@iaintgonna3717 You can see the event horizon, not the black hole itself
This proves that we live in bubble universes
One day i will put on a video where you enter into a klein bottle neck shaped wormhole
Franzinator93 would love to see it
IT is travel into the past
Goodbyeeee, Universe!
That was fast-- You didn't give me chance to say something! 😂
bye bye trelawny
Dang so freaking cool
This was trippy
but what are you falling into tho? like is there a bottom to a black hole..its so interesting but still confusing to me
Porscha Harris There’s not technically a(n) end to a black hole. There is a conspiracy theory I ought to believe about the black hole, saying that if you or me went into the black hole, I’d turn into some spaghetti, but then I’d be traveled into another universe,...which I still ought to believe.
Well, anyways, my point is that there really isn’t a bottom to the black hole. Hopefully I answered you’re question. 🤗🤗
YEEEEEEEEEESSSSSS I FINALLY FOUND ONE THAT ENDS WITH NOTHING BUT BLACK!!!!!!
You can actually see a white hole kinda thing when I turn back after you go into the black hole
I find it hard to believe they exist.
I think exaclty the same, because if time stops near a black hole, objects cannot fall into it, therefore the black hole cannot gain mass. A collapsed neutron star will continue to collapse slowing down the collapsing process until the time flow is nearly still, but no event horizon can form, and neither the singularity can.
@@franzinator9390 Yeah. Besides, there’s no way there could be a black hole close to us. If there were, we’d all be dead meat. Black holes are just made up. Pessimists only say there are black holes out there just to scare us. And I only say all this because I put my trust in God. And I will never stop believing God.
@@rabbialmodovar7231We literally have 2 pictures of a black hole
Black holes are among my top fears. Why do I keep watching videos like this?
AMONG your top fears you say? Among us?! sus
I regret watching this.
WHY IT IS SO SCARY
This is where the cameramen train
This actually terrifies me
God I will always find it scary to see life just being slowly ripped from you just seeing everything just be surrounded by darkness
Crazy😳😯😵
That's what happened to me when I meditated.
In reality, you don't fall into a void of nothingness. There's a core at the center of a black hole that's like infinitely small but infinitely dense (not infinitely-but so small and dense it's basically unquantifiable). So, if you somehow made it close to the center of a blackhole, you wouldn't just start floating in a void of nothingness. You'd eventually reach its center of gravity, aka the tiny little particle at its core
That core is so tiny and you can't see it. So you can only see darkness.
No, it's not how it really works. The singularity is tiny, but even if the core was big and shiny like a lightbulb you couldn't see it because the gravity (the distortion of the space time) let the light only flows in to the center. Basically the core doesn't emit light so you can see only darkness.
If we exclude the tiny size of the singularity and the light non-emission, the time is not existent. So the light cannot be emitted due to the absence of a frequency that can describe the light wavelenght.
The most realistic Point of view is this one:
You fall into the black hole. When you are reaching the event horizon (the surface of the black hole, big as the scwartzchild radius) your time becomes slower so you see the rest of the universe becoming blue-shifted and super fast. You will see thousand of years passing in seconds and it become faster as you approach the event horizon.
Black holes shrinks evaporating due to Hawking Radiation, so you would see a super fast-blue-gamma-ray universe accelerating super fast to the end of time, at the same time the black hole shrinks under your feets and when it becomes small enough the Hawking Radiation emission rate start to become so high untill all the black hole remaining mass it's converted into pure energy in a fraction of a second (it explodes like a supernova, that happend when black holes are so tiny, they start to emit Hawking Radiation like crazy, and all the mass is converted into Radiation, that's energy. The conversion generates the amount of energy described in e=mc2 equation so it's huge like a supernova explosion) so after the explosion you will see a completely dark universe wothout stars at the end of it's time. You never reach the center in theory.
@@franzinator9390 "The most realistic Point of view is this one:
You fall into the black hole. When you are reaching the event horizon (the surface of the black hole, big as the scwartzchild radius) your time becomes slower so you see the rest of the universe becoming blue-shifted and super fast. You will see thousand of years passing in seconds and it become faster as you approach the event horizon."
This only happens from a stationary frame of reference. In a true falling perspective, due to the doppler effect, the Universe appears to remain normal as you look up. The black horizon below you never actually envelopes you as you get closer to the singularity as light continues to hit you from sideways and above; the reason it does so in this simulation and others is because this emulates a stationary reference frame, which again exhibits the effects of relativistic beaming, like the Universe compressing around your prograde vector (directly upwards from the black hole in this case) as you approach light speed - in this case, you reach light speed to remain stationary relative to distant stars.
A true free-fall down to the singularity can be found here, done by ScienceClic: ruclips.net/video/17tEg_uTF_A/видео.html
This one shows how even beyond the event horizon, you never really end up in darkness.
This one is similar, but does not have an accretion disk, and the camera starts with some angular momentum so it spirals in: jila.colorado.edu/~ajsh/insidebh/schw.html
"Black holes shrinks evaporating due to Hawking Radiation, so you would see a super fast-blue-gamma-ray universe accelerating super fast to the end of time..."
Although this sounds interesting, and I'm inclined to believe you, you should probably do the maths first before telling it like it's true.
This very well animates my attempt on communicating with WHOEVER at ANY TIME and being properly undesrtood...
This is missing a brutal death metal band logo that not a living soul is able to read at the end.. All in just white Capitals, obviously..
It's more like Cooper simulator
Now im wondering, technically arens black holes getting a perfect 360 recording of the known universe?.. and wouldnt the sum of all of em actually be the perfect recording of all the events of the universe?
Ay can this be used to bring back this Jason kid that I knew from school who killed hisself?
That is, if the Hawking radiation doesn't melt your face away first.
Sphagettified
Looks like fisheye.
rip camera man
Será que a NASA aceita um voluntário pra ser o primeiro homem a pular em um?
Space is so weird
Don't think Im weird but Iam terrified of just looking at the black hole ;-;
Cool this is great but a little bit scary becauese I got eating by a FREAKING BLACK HOLE😡😡😡😡⚫
Isn't it just weird how black holes warp everything around it
You don’t fall in to the event horizon straight away. You would be absorbed by its gravitational pull and eventually calcinate to death in an instant in its big ring. That ring is several, but really, SEVERAL times hotter then our sun. So don’t worry, you won’t get to fall into the dark event horizon unless you go straight forward towards the center at, minimum, the speed of light.
But if I astral projected into it, that would really scare the water out of me!
that was no orbit but falling yes
No bright flash?
Seeya later suckers!!!!
This gave me anxiety
15 second commercial on a 30 second video. i think we know what should fall into a black hole.😂😂
I do not monetize my videos, so probably RUclips is making free money with content I created for free
@@franzinator9390 😂😂😂