The real science of black holes

[@AminulIslam-st8tv]

The fade out was terrifying

[@samuelloomis9714]

The sudden shift in music made it so terrifying.

[@anthonypaningbatan3636]

I've experienced a sleep paralysis once where I can't move my body and when I screamed my voice faded out to nothing Which was GENUINELY terrifying

[@LoneWolf-2021]

You're not the only one 😶​@@anthonypaningbatan3636

[@Unknown09-u9r]

Also, the spaghettification took place.

[@erratmorning3703]

@@anthonypaningbatan3636itchy scratchy balls wowza

[@ati_la]

Okay, that's way scarier than just entering.

[@klaseniusproductions7591]

You do just enter. It is only from an outside perspective that your time seems to slow down and stop. You can enter a black hole but you can never observe someone else entering from the outside.

[@pear-zq1uj]

entering wouldn't even be that scary, the moment you enter you're pretty much dead instantly from your atoms tearing apart. It wouldn't even register any pain, it would be faster than our neurons can even react. One second you're here, next second you don't even exist

[@Goofballh]

​@@pear-zq1uj nobody really knows what happens after you enter a blackhole

[@Yes-x4w]

I mean, we kinda do you would die

[@fsociety6983]

@@Yes-x4w Everything about how black holes work is theoretical. You can make guesses and predictions, but they have to be based on unknown assumptions, any one of which could be wrong. So no, nobody "knows" what would happen

[@bobgreene2892]

This is one of the clearest presentations of gravitation's effects on time and radiation/particle behavior.

[@dav1djac0b]

@@bobgreene2892 if it was evident you wouldn’t need it presented to you. If we lived in a cartoon animation you would still be observing an electronic screen… not these actual things w total disregard for the scientific method.

[@Frostborne2778]

@@dav1djac0b He’s right. What are you even trying to prove?

[@silentstormstudio4782]

No way bruh survived such gravity

[@Zorlig]

​@@silentstormstudio4782 he doesn't, he went in right away, but the light from that took a long time to get to you because of the gravity.

[@SmoothBrain23]

You know what would be even clearer... Him and his video camera recording himself entering a black hole 😭😭😭😂😂😂😂

[@surajpatel3044]

I need this video from the perspective of man in the spacecraft.

[@a_marsmallow]

As time speeds during your descent into the black hole you will be surrounded by nothing. With only a circular window showing the outside space thats getting progressively smaller.

[@jensboettiger5286]

You would see time speed up outside until all of the light is blue shifted into ultraviolet and then gamma rays. If you could see it, the small black hole would appear to grow to blot out the universe as spacetime bends toward it, until every direction that exists from your perspective, including backwards, leads to the infinite darkness of the singularity

[@RicardoAcevedo-h8n]

@@a_marsmallowdang I am witnessing some big brain comments the same day they spawned

[@justguy-4630]

The man becomes spaghetti-fied.

[@ArishNabi-l6q]

That's me though

[@vaturley]

respect for the dude who tested this

[@A_bookwom]

such a brave soul 😔

[@Face14Happy]

so sad 😢😢😢😢

[@Megamer710]

😔🥲

[@BzBug]

It's practically impossible to test

[@RohithKrishna-nh4oq]

​@@BzBughow could you he was the bravest soul in the world

[@wafIeee]

how far science has taken our understanding of certain things is crazy

[@TobyIsSoVeryCool]

From what I’ve heard, it’s likely that by the time they actually entered the black hole, our star would’ve died. I may be wrong though.

[@ExpressionNoob]

Wheres the proof that this actually happends when people dont test it out? Im curious

[@alascoprescott9176]

@@ExpressionNoobmost things we know about our universe we haven’t actually observed but rather know because of physics formulas and principles that prove them. The Time dilation formula was developed by Einstein which explains why an object would appear to slow down as it reaches the event horizon. And Issac newton discovering the different frequencies of light with the prism experiment let’s us know that the unimaginable speed the object is moving away from us would appear to turn red as it fades away ! Some more examples is the “discovery” of planet Neptune which was assumed to be there before we actually laid eyes on it due to the changes in Uranus’s orbit. Also antimatter which can not be observed even with todays technology was proven through electron behavior . Isn’t physics cool !

[@ExpressionNoob]

@@alascoprescott9176 nice. Now i understand a little bitbmore about it

[@lofaiskov]

​@@ExpressionNoobit's a nice change of pace seeing people actually being ignorant but curious about something instead of the usual idiots who can't understand science therefore it must be wrong. Keep up your curiosity bud!

[@R41ph3a7b6]

I thought that people would explode, but stopping and fading away is so much more scarier.

[@whenitsover3479]

why in the world would you think they’d explode….

[@impala831]

@@whenitsover3479well I mean I guess they would undergo spaghettification, but definitely not exploding.

[@jamesfoxsmith]

Only from an observer’s perspective they seem to stop and fade because the light isn’t traveling to you anymore. In actuality they stretch into the centre of the black hole and d1e a horrible death.

[@brmae]

The slowness of time and disappearance are seen from an outside observer, but from the point of view of the one falling into the black hole, time flows normally , and when it passes the Event Horizon he sees the universe becoming a hole that gets smaller as it sinks into the black hole

[@khayyamaurelius912]

@@jamesfoxsmith There is no "in actuality" both perspectives are equally valid. Time is not universal. Look up the "ladder paradox" and its solution to better understand that relativity is not an illusion.

[@RunjoRajput]

hats off to the dude who made this experiment possible.

[@Spookyma2]

He's just going through a loading screen

[@idm-qp9gz]

loading screen for death

[@VisiblyPinkUnicorn]

"The horses of Skyrim are handy and strong, and make up in endurance what they lack in speed."

[@kruje314]

BRUHHHHHHHHHHH

[@lubomirkubasdQw4w9WgXcQ]

true

[@takuratakavarasha7812]

😭😭😭😭

[@Engineer121]

"It's just a prank bro!" The prank:

[@Eraser-BFDl]

That's my friend daily action

[@randanfs]

😂😂

[@ernestomartinez8214]

😂😂😂

[@Lorenzo_Pagliaro]

“Don’t worry you will be out in a couple of minutes”

[@Huey-f2e]

​@@Lorenzo_Pagliaro☠️💀💀

[@Aregumsus]

If I were in the rocket ship, I'd shake my fist faster just to mess with my nemesis.

[@JBirdBobbyJ]

This. Now I have a plan for black hole trolling.

[@enderyu]

If your nemesis is ignorant he wouldn't even notice

[@suyunbek1399]

That's why you're beta. Mind already set on loss.

[@morningfox_]

@@suyunbek1399Like knows like

[@StephenCoorlas]

lol hilarious 🤣

[@The_ricekrispler]

He fell asleep first at the sleepover

[@dardarstanksgd4534]

I’m weak

[@moltenketchup]

That's actually terrifying

[@stevecooper7883]

I wouldn't wish that fate on my worst enemy

[@tasmium]

he only slows down from your perspective. from his perspective he turns into spaghetti quite fast

[@2iC309]

​@@tasmium cooked or raw spaghetti?

[@aliteralmoth2243]

Everything about blackholes are just straight up out of a horror movie.

[@OscarMorpheusVA]

shut up Molten

[@Sumowning]

Suddenly: "Hey you, you're finally awake."

[@leotetreault3857]

Nooooooo

[@shumatsuplaran7251]

I'll take a portal to a land with magic and multiple methods of immortality.

[@honourablemuslim2155]

morrowind reference?

[@oaktreeholler]

Skyrim I think 😂

[@LeeHaughton-q2p]

Oh God 😂😮😮😮😮😮

[@Senthil-ss9db]

The black hole is doing what time feels like in English class

[@BROHD_]

Maths & physics also

[@JesusPlsSaveMe]

*Revelation 3:20* Behold, I stand at the door, and knock: if any man hear my voice, and open the door, I will come in to him, and will sup with him, and he with me. HEY THERE 🤗 JESUS IS CALLING YOU TODAY. Turn away from your sins, confess, forsake them and live the victorious life. God bless. Revelation 22:12-14 And, behold, I come quickly; and my reward is with me, to give every man according as his work shall be. I am Alpha and Omega, the beginning and the end, the first and the last. Blessed are they that do his commandments, that they may have right to the tree of life, and may enter in through the gates into the city.

[@MohammadAnasSiddiqui-p4q]

​@@BROHD_for me they are ok...language is

[@avgneetaspirant1]

​@@BROHD_nah bro skill issue if you dislike math and physics skill issue of the teacher

[@alihakanylmaz6845]

​@@JesusPlsSaveMeno

[@PeterStrider]

I remember in 1st year physics (almost 40 years ago, so it was definitely not settled science) realising we should not see anything enter a black hole because time dilation should mean the falling object would see the entire history of the universe unfolding behind, and in observer time perspective it should never make it. So now I'm wondering how are we seeing stars being pulled into black holes in a non-dilated time frame?

[@tiktokaccount9897]

Black holes are extremely unstable. This is because it is such a strong force. Also, black holes can create white holes. White holes have no matter in them whatsoever, and repel all matter. Due to how powerful black holes are, it's actually happening so fast we shouldn't perceive it normally. Time is slower for us because of us being far away. For example, aliens light-years away would see Earth in present time as the prehistoric ages. It's really weird.

[@jimdash3455]

what if, we are in a black hole

[@adamdouglas5596]

@@jimdash3455 werre not, black holes are uber hot

[@weirdreportt]

the stop before the slow fade is terrifying. There is truly a sense of dread in something we cannot truly comprehend:

[@rjsmith5339]

The fade to black happens right before entering the event horizon. Right as the ship crosses the event horizon the time dilation get worse by huge leaps the further you go. Even if you could see the ship after it crossed (you can't because it sucks away the light too) it would take outside observers millions of years to watch the rocket travel what would seem like hours to the guy in the rocket.

[@randomuserame]

Light does not escape a black hole, so what you're seeing when he "slows down" is less and less light, gradually. Our vision is similar to cameras (or rather, cameras are modeled after organic vision). So you can think of our eyes having an "FPS" (frames per second). The "60" part of the video quality you can pick on YT is the FPS number (also called "hertz" or "refresh rate" on computer monitors and TVs. Higher = smother motion. Lower = less smooth/or even "stop motion" at very low numbers. Slow enough (less than 1, greater than 0), and things will look "frozen." Its like if you were The Flash, "normal" speed things would look frozen. For black holes, everything there "slows down" so to us in normal speed, it looks frozen. The "frozen" image will fade into the black since not even light can escape it. To the universe outside of the black hole; What you'd be seeing is the last "single frame image" of them that _can_ be seen. By anything. Ever again. Forever. BONUS: Your brain isn't always your friend. Things that have zero motion (by itself, or relative to our _own_ motion, can be "disregarded" by your brain. Or simply put... your brain "deletes" them from your vision. (Not a threat, not a benefit, not important enough to see.) The Troxler Effect is an example of your brain's ability to "delete things from your vision even if you're looking right at them" (Not unlike looking for car keys that are in your hands). While not quite wha't happening with black holes; you can look it up and try it yourself. The thhing that happens with the colors is what you _perceive_ happening to the ship at the black hole.

[@againstthepods4316]

Well i understand everything nothing is truly scary to me

[@LightTruthLove]

You can't comprehend it because it's science fiction

[@Titantvman123-p1y]

Speaking of dread can I Spawn him in?

[@johnkittoiv2572]

This is called an infinite red-shift: The light emitted from the falling object has to fight the gravity of the black hole, and as it gets closer to the singularity, the escape velocity gets higher and higher. The reason a black hole is "black" is because the event horizon is the point in which the escape velocity is exactly the SoL. So when an object reaches the horizon, light has to expend ALL it's energy to make it to your eyes, and therefore loses it all, stretching more and more until it loses all energy and "fades out" ...now what the falling object would see is MUCH different and terrifyingly awesome

[@omarkarem8445]

What is SoL

[@chaiii_teaaa5944]

@@omarkarem8445speed of light

[@omarkarem8445]

@@chaiii_teaaa5944 oh ty

[@szlagtrafi9115]

But that's not how it happens, I think. Objects have to achieve the speed of light at the time of entering the schwarzschild radius and objects that move so fast get redshifted towards infinity. The light has the same energy as after being emitted (but still shifted), the singularity may only curve the path of the light, in particular, inside of / at the schwarzschild radius the light may be orbiting the singularity.

[@sparshSethi]

so where does all that energy stored in light go when it vanishes?

[@AlvinChipmoi]

This is true. I was the nemesis trapped on the on the ship, and now I found myself behind some bookshelves, crying and shouting after my daughter but she can’t hear me

[@ArxisArts]

😂😂😂😢

[@professorhal8098]

Serves you right for not sharing the last hetap.

[@YTRULYNL]

Interstellar 😂

[@georgedanso5934]

😂😂

[@UnintentionalMexican]

But did you really shake your fist at a constant rate? How did you know? Measure it? Then how did you make sure the measurement wasn't tempered with by the effects of the black hole? And also, if there's no way to see behind the event horizon, how was the part after entering the black hole observed? The more I watch the video I think that the footage is not even real, it seems totally fake

[@Jay-Republic]

Essentially traveling forward in time

[@Kbmzomi]

"Shaking his fist at a constant rate" oh how mindful of him to shake it at a specific rate

[@iRossco]

Not a specific rate, constant. 😊

[@PsRohrbaugh]

"faster, no slower, yeah that"

[@taaque_tv]

Very demure indeed

[@naheenzaman1112]

This is why I like "a dog you have trained since it's birth to shake its tail at a constant rate" instead. It's much more "engaging"😂

[@TwiStedTentom]

That got me too 😆

[@daganisoraan]

One of the hardest truth for people to understand and accept, gravity changes how time flows. The more gravity, the slower time goes by, and vice-versa

[@cesar6447]

You know this is purely speculation and therefore not exactly true, right?

[@PolishBehemoth]

So how does this apply to age?

[@Taegreth]

You're just so wise. Did you discover this concept yourself?

[@jaylan6604]

@@cesar6447theory of relativity would prove this to be true and many experiments and observations have already done so

[@marmurai]

Einstein

[@macharvey6573]

I love how we know so much about something we have never experienced or been close to

[@summeronio9751]

Just say you don't understand...it's less embarrassing that way

[@sandy-lo]

Yeah that’s what makes science so cool to me. Being able to accurately describe a theoretical scenario

[@IsaacCline-ru7ls]

You've never experienced a black hole?

[@Craig-pm2kc]

​@@sandy-lo How can you claim it to be accurate if it can't be tested?

[@BunnySpaceMachine]

​@@Craig-pm2kcwhat do you think theoretical sciences are?

[@alicankarakaya2770]

Thanks for testing this out!

[@samsonlawdon7710]

Ok that’s literally the most terrifying thing I have ever heard

[@rafapopawski2559]

Two words: Asian Aunties.

[@blackwolf4735]

I heard something where if you fell into a black hole that's big enough to not spaghettify you, looking out you would watch the universe die with you because of time speeding up from your prospective or something like that, you could research it if you want to fact check I just heard it from something I don't remember what

[@scientistmilorad9735]

Fr man

[@MrAce2000]

Yeah you and literally the top five comments have repeated the same thing.😂 A bunch of bots 😂

[@Pepeutra]

​@@MrAce2000Not bots, just traumatized

[@Africanaerial]

A theory for this is since light cannot escape, you won’t see any new motion other than previous motion where light made its way.

[@pb99865]

But why would it freeze? It should disappear

[@Africanaerial]

@@pb99865 Because light found a point where the best it can do is try to escape but end up stuck in one area, as its speed isn’t yet enough to save it.

[@CallMeJarv]

So basically it's like looking at a distant extinct star. The star has been long dead but bc its so far the light takes long to get here. Except w.e going into the black hole goes in so fast the light is still catching up inside the hole. So we get left with the remaining light.

[@Africanaerial]

@@CallMeJarvCorrect.

[@chunkun4902]

i think ur wrong. its more because of gravitational time dilation which is predicted by einsteins theories of relativity. under extremely strong gravitational field, time quite literally slows down. i think this has something to do with the strong curvature of space time? From the perspective of the person travelling into the blackhole, the universe would appear to be in fast-motion so in a sense they would be travelling into the future as they get converted into a stream of particles

[@anonymousyt9539]

1400:How to save yourself from a bear attack 2025:How to save yourself from absorbing by black hole

[@Sponge_Bob_Square_Pants]

gta 6: Im yet to release

[@booyaboibob]

​@@Sponge_Bob_Square_Pants😭

[@cybertube003]

Bears didn’t exist in 1400s

[@bolt2839]

The video never mentioned about how to save yourself from a black hole -_-

[@TheBestMonkey358]

@@cybertube003 They did -_-

[@ravenphilomathx7078]

Omg this is amazing! One of the clearest explanations. So refreshing. Simplifying such a complex thing. Damn! Thank you! 💜

[@GamesbiteRtDL]

Bro got redshifted💀

[@naejelangelogonzales6623]

Or is it?

[@aceof8S]

💀

[@mukundkumar2805]

@@naejelangelogonzales6623 *Vsauce theme starts playing*

[@Hakuna_Frittata]

This is going to become a new rare insult for me. "Go get redshifted."

[@AzureDrown]

Redshift away is crazy

[@turnleft8645]

that's like his ghost remaining but he's actually dead which is way more horrific...

[@QuitonLane-k7v]

Amazing what you said

[@sandwich-plays]

he’s not tho

[@santabakure6264]

@@sandwich-plays how do you know?

[@splashbruda8211]

​@@santabakure6264 No telling if it spits you back out a white hole, or somewhere else in the universe. Nobody knows

[@dddDdd-vx6iq]

@@SlippinnnJimmy nah the passenger will experience nothing, he will be disintegrated long before it, black holes are not some magical time bending things, just a very dense object with a very powerful gravity

[@EB12-12]

vsauce wouldn't have left us hanging without an answer like that

[@VincentHermes]

.....Or would he?

[@emulatorman2441]

@@VincentHermes These are real devotees of vsauge🤣❤

[@sethmcneil4252]

Do you mean Michael

[@VincentHermes]

@@emulatorman2441 You might be thinking that's the case. But what if it's actually far away from that? In fact, it's so far away, even light would need more years to reach it, than there are planck lengths in the average diameter of a banana.

[@kitten-free]

"without an answer" - was there even a question though?

[@LeanGymFiend]

This genuinely terrified me lol. Great presentation !

[@FrolicGamers]

respect for the cameraman for risking his life for science

[@mariflorordanza5924]

what

[@SL92018]

@@mariflorordanza5924 respect for the cameraman for risking his life for science

[@Clav44]

@@mariflorordanza5924respect cameraman risking life science

[@slookipos]

Mfs be respecting the cameraman while the dude in the rocket ship literally sacrificed himself for science

[@bbuhanka]

cameraman never dies

[@Hudpower]

explanation: the light is being pullled back towards the black hole more and more as it gets closer so it take longer for it to escape that. essentially its lighr gets spread out over time. say the observer usually recieved 1000 light particles a second (obviously its way more) youll recieve less and less as the gravity pulls back harder until you get to the event hirison where the gravity is so strong 0 light paeticles are escaping per second. at that point the object will dissappear once that previous light gets to you. technically the object would never appear frozen, just so slow it would be indistinguishable from frozen. The object would be long gone by the time that light escapes the effect of gravity from the black hole.

[@Malke864]

Man spaghettification seems easier to understand but at the same time im skeptical cuz i think our body would get obliterated in an instant since we are brittle this concept in this video makes me question is time imaginary or is time real and can be manipulated just like any matter like solids or is time actually a product of 2 properties that exist in reality like speed and distance which we have ways of accurately interpreting them

[@Pew74258]

@@Malke864If you a huge mass with gravity, you can slow down time. This is called time dilation

[@rosy5242]

Can you recommend any book so that I can learn a lot about these black holes and time concepts?

[@leanbeefcake]

It’s not just ”light takes longer to arrive”“object long gone”. If you get very close to the event horizon but somehow escape, it could be a few hours for your trip but when you return to earth everybody could be many decades older than you. It’s gravitational time dilation. Just look up the implications of general relativity.

[@TheBradbo1140]

I wonder how much time it takes for all the photons to finally disappear? Does it depend on the size of the black hole?

[@blackjay3771]

Okay… this was school level educational. Dude broke it down so even kids could understand. You should do more animated space videos. It’s definitely your big talent.

[@prokrastnation6071]

What is it that you now understand after watching this? Do you really understand or are you more fascinated? Maybe it’s that you understand what we would see in this hypothetical exercise… but did you really learn anything? It’s a legit question, I hope you don’t think I’m being mean. Just trying to understand what it means when one says they understand.

[@antagonisticfish]

@@prokrastnation6071 prob didnt think that was what would happen when you enter a blackhole but now understands its different

[@bizuplays]

That's his job

[@kyotoarou]

@@prokrastnation6071i think he obviously does understand, yet he just made a comment to praise the contents way of communicating possibly hard to understand concepts easily.

[@bandit3019]

@@prokrastnation6071I learned how time would work, as my idea of a black hole was that it would hit the event horizon and disappear. It did make sense however when I thought about it, the video peaked my interest enough for me to think about it myself, and that made me realize how much sense it makes, if the event horizon is where light cannot escape, then the light from the ships last moments would simply not reach, making the ship look like a still image

[@tjorvenh4361]

The thing is that for the guy in the space shuttle the time doesn‘t slow down. For him the universe speeds up tremendously. If he could survive it long enough he could see the whole live of the universe because the time difference would be nearly infinite

[@MakriaMicronation]

Literally real life glitch, like when you enter a bugged area of a video game and the game crashes

[@raven4140]

no

[@guillegeox]

bug for the people outside

[@sandronecromancer]

​@@raven4140 yes

[@BombingAssassin66]

This feels like a fate worse than death

[@Cantripping]

Well, it's really just death. From his perspective, time does not stand still and goes by normally. It is merely an eternity for us. Unless of course there is such a thing as a soul, and it can't escape the black hole, either, to do whatever it is souls do after death. In that sense, sure. Then it is.

[@WezzlyMcPezzy]

@@Cantripping I've always had that thought. someone in a bubble that slows down time, the person not realizing it since it's in his perspective inside the time slowing bubble. only the bystanders notice it in their view outside the bubble.

[@tinamoul]

​@@CantrippingI mean even then, you're just beating the traffic, because most of the local space will go down those at some point.

[@kalleousvoncheez]

It is

[@Eye5x5]

from his perspective time speeds up, as he passes the event horizon he can look back and see the universe aging rapidly and getting brighter and bluer, until he gets deeper into the black hole at which point the universe he can see, now just a white dot, disappears, and now he is just in a colossal black void, and if the black hole is large enough, he will spend hundreds or even thousands of years in there, waiting to get close enough to the singularity so that spaghettification rips him apart, finally killing him.

[@otisjoi]

This is actually awesome that time manipulation is actually real and there's so much more about the universe

[@kitsune4061]

its the light having a harder and thus slower time getting away from the black hole, and back to your eyes, its gravity manipulation.

[@roverclover3178]

@@kitsune4061so time is still running the same just that we can’t see the regular connection between time and light properties?

[@Grave_Playz]

This is all basic info

[@harrylarry6324]

@@roverclover3178 yep. That dudes getting crushed into high pressure mass, but we would be unable to see it, as in reality, he actually wouldn’t be where we still see him anymore. Much like how an after-mirage works in animes

[@derpychicken2131]

@@roverclover3178gravity would also distort time, especially around black holes. You have to remember based on relativity that the universe is set on a fabric of spacetime. Any bit of gravity will warp it making time travel slower for them than us. Inside the black hole it’s likely that the spacetime fabric is completely stretched vertical meaning space and time would swap places, meaning infinite space but finite time. This is why the singularity of a black hole is in its future, not its center.

[@techtechnique4875]

That's way more terrifying than just going into the black hole

[@cosmic793_space.]

“Imagine you trap your nemesis in a ship” I already like where this is going

[@angieroxy7550]

Huh?

[@timewastifcation]

💀🖤

[@wolfywlf3983]

I don’t even have a nemesis 😂

[@Mareick23-g5z]

@@alunghelna3753nah bro WHAT did she do to hurt you so much that youll throw her into a black hole

[@smartalek180]

@@wolfywlf3983 Step 1: Acquire nemesis Step 2:...

[@JJThe1-Gd]

Pov:Your lagging in a game and while everyone is frozen your living you last moments before you get disconnected

[@Mupafa_YT-zg2ip]

In a game? Nah roblox

[@kotsaris87]

YOU'RE goddamn it

[@tantan5746]

Ah roblox situation

[@M_ldyCheese]

My dumbass would type in chat "I got disconnected, I'll rejoin" thinking they could see it

[@ninlaw9810]

error code 273 lol

[@notoriousyolkhound4600]

Bros reaction to getting black hole'd was "why I outta!"

[@vilakei]

gee wilikers 😭😭

[@Nut883]

“Getting black hole’d” PUASE

[@Saturnbanana2]

😂

[@argiedude3762]

Yeah this was more terrifying than what I had in mind

[@LuffyToons]

Bro said "✌️😐..... ✌️🫥"

[@AHD_2009]

Adios

[@Someguy_og]

That fade is gonna give me nightmares

[@asbjrnholmhansen5958]

Thats actually incorrect! because when the spaceship would approach the black hole it would be standing still before event horizon because time acts deferently near a black hole and not ONLY after the event horizon so you in the spaceship near the black hole would see the other spaceship fly back and the whole universe move faster otherwise to the spaceship far away he would just see the spaceship stand still at some point

[@Machoman50ta]

@@asbjrnholmhansen5958it’s so funny looking at you and the thousands of people that commented on this video talking about this as if it were true a black hole it self is just a thought with absolutely zero factual evidence we have yet even light years is total BS they use the unit AU to calculate the formula and it’s a total guess all of you are bots Christ is king

[@JacksonvilleJacaliciousJacalan]

Fr, mfs get the worst fades in existence, the barbers in the town I live in are so mid.

[@RickyKusuma-m3y]

Bro oike no

[@brentmunroe1227]

That was terrifying.

[@K0ALA.]

When your nemesis is actually a metronome

[@iRossco]

Hey the nemesis' name is Jerome. Jerome Jerome the metronome

[@jerrywest9192]

@@iRossco Jerome the Metronome riding the Metro to see the Gnomes

[@pedrohenriquepereiradefrei7109]

As a violinist, I can relate to that

[@watermelonlame8832]

Accurate. I hate the mf after years spent with my mom forcing me to learn musical instruments That thing gives me ptsd

[@NeyamRye]

HUH

[@Aaadapro]

Stuff like this doesnt scare me usually, but this was really scary

[@Nein2558]

This is a good idea, I’ma try this on my enemies

[@jtischCB]

Yeah, I was feeling left out since I don't really have a nemesis to speak of. I guess I need to get right on that.

[@slyguy655]

Nein is using %100 of his brain 🧠

[@MrBlobby124]

fr

[@e4m7g6]

You mean enemas?

[@Notsure-r8y]

The guy in the ship gets to witness the heat death of the universe

[@Rizzy-Bizzy20]

Well he’s probably gonna be part of it since he’s still in the universe

[@spaceknw]

nope remember this is from our perspective

[@spectralstriker]

'You would cross the event horizon in finite proper time, either for you, or for someone far from the event horizon. Whether light from your crossing “ever” made it out, does not delay your actually having added your mass / angular-momentum / charge to the contents of the black hole, making it slightly larger, and slightly colder. Time dilation is a problem if you try and *hover* at the event horizon (which is impossible), or from the “flatlander’s” perspective of the central singularity (which is well inside the event horizon anyway). No, if this Universe we are in is actually the inside of one or more black holes in a container Universe, any light or objects that ever (exterior time) fall into those black holes, enters this Universe at the Big Bang event. So if we could “see through the CMBR curtain”, we might see not just the heat death of our container Universe, but events near its birth as well… just as overexposed film shows every event from shutter open to shutter closed. A smear. General Relativity allows us to see what you’d see behind you, and it is just more-or-less “new” light that enters with you. What you’d see in front of you, is what fell in before you. And no structures survived our infall, so clearly you’d be dead before the “container Universe’s history” film would be fully exposed. So “No”.' - David A. Smith

[@snakeslither8831]

Probably not the heat death, but due to time dilation they’d see a lot good bit of time in a short bit of time

[@asbjrnholmhansen5958]

Thats actually incorrect! because when the spaceship would approach the black hole it would be standing still before event horizon because time acts deferently near a black hole and not ONLY after the event horizon so you in the spaceship near the black hole would see the other spaceship fly back and the whole universe move faster otherwise to the spaceship far away he would just see the spaceship stand still at some point

[@kabelkaca]

I like the artwork, please do more like this

[@DaMoniable]

Yup. Its a thing that so many shows and movies get wrong. From their perspective, everything accelerates as theyre quickly pulled into the black hole and ripped apart. But you get to watch it happen in slow motion.

[@Adhbutham]

The explanation to this phenomenon is as you keep getting closer to the black hole, light will have a hard time reflecting back as it will get overpowered by increasing gravity. So, the reflection takes more time to reach your eye as the spaceship approaches the black hole and at event horizon, there won't even be a reflection anymore.

[@kobewankenobi8926]

This is not true. Speed of light is constant in all reference frames.

[@Adhbutham]

@@kobewankenobi8926 speed of light is constant but the distance is not. As light keeps on bending, it takes more time for it to reach the observer. Indeed, light bends so much near black holes that it gave rise to a distinct phenomenon called ‘gravitational lensing‘

[@r0yce]

@@kobewankenobi8926 meh sorry to be the partypooper. But speed of light is only constant in all INERTIAL reference frames. It's not relevant in this discussion though, just sayin.

[@iRossco]

Excellent! So doesn't that show that it is not really time slowing down rather just the light trying to escape?

[@r0yce]

@@iRossco The phenomenon of the nemesis slowing down and freezing happens because of both reasons. You see the clock slow down due to time dilation, and you see the rocket which is accelerating towards the event horizon slow down and redshift due to the light taking time to reach you.

[@elliottpeterson5021]

If you shoot your nemesis at a black hole, they gets to watch you die.

[@Scrachkan]

wdym

[@smallw1991]

Only if you stay there watching the entire time

[@g3rmany600]

​From their point of view billions upon billions of years will pass in mere seconds. ​@@Scrachkan

[@louislee7621]

@@g3rmany600nah, there’s a point in time where past that point all light from outside would reach the singularity after the rocket.

[@g3rmany600]

@@louislee7621 yes but not before the time dilation affects you. it starts affecting you long before the event horizon.

[@zecopyninjayt9266]

That's the scariest type of beef you can have on someone 💀

[@MichaelNiles]

Temporal directions are relative. Any spatial dimension can become temporal. The relative differences between spatial and temporal dimensions gives rise to a geometry we describe as the "fabric of spacetime".

[@UltraStickmanAnimtion]

My eyes: okay intresing My brain: ZAWARDUO

[@combuf]

Dionicorn vs Joseph Sagi-Joestar

[@Yaksha_Indra]

"Eventually my nemesis stopped -thinking- " Yeah just stopped nothing else...

[@yaLocal_Kaz]

literally my thoughts

[@notreverton985]

You leave the jojo references, but they don't leave you.

[@TERRABLADE-uy7bh]

Props to the guy who tried this first 💀

[@iRossco]

He's still banging on the glass

[@aleks_ivanov]

RIP

[@hoid7]

Who was it

[@baconcwak]

@@hoid7Sean Combs

[@Gr33kGuy]

@@baconcwak THAT'S DIDDY

[@Melapurple]

Not even I would send my Arch Nemesis in a black hole anymore..

[@MichaelHardy-b9p]

I'd like to try it just once

[@maxly501]

I once had the chance to meet a mad scientist which was my former teacher, he told me that if one manages to go inside it, he could reverse or go forward in time. Can't really remember the details but was by far the most interesting subject

[@maxnoize1319]

Thing is the person in the rocket could see us grow old and pass away in few seconds , and if the black hole is big enough . That person could also see the end of universe for a split second before everything goes dark for him

[@thirdlegstalliano]

You don't know that and neither does anyone else

[@260Xander]

​@@thirdlegstallianoI mean, if you have a basic understanding of physics, this explanation is the most probable. Relativity would require time for them to speed up if our observation of it is that it's slowing down.

[@rodzilla134]

​@@260XanderYeah. I know Einstein said it, but please explain exactly how time "speeds up," or "slows down." It is a THEORY, and now all these wannabe sifi dorks preach it and make movies about it like it is true. It is all just dumb conjecture with zero proof and no actual way of ever explaining how it happens, without making up a bunch of words.

[@FinancesPRO1]

that is flipping scary.

[@Genie1234]

@@260Xander wait so does the black hole actually warp time? or just the concept of it? if it's pulling in light does that mean it can show you distant galaxies light years away? or does everything happen in fast motion in real time? and when do you die? is it as soon as your ship enters? or does the integrity of it break apart?

[@m-w-y7325]

of course another big thing people completely skip about black holes is that massive amount of energy, light and star dust etc is already circling around them and getting jettisoned outward as well, if you can pass this massive spinning force without getting vaporized by everything else around, well you will end up becoming into star dust regardless. there is very little chance anything can even approach blackholes and survive long enough to even show redshift happening,

[@YeahRandomEditDrops]

I would love to see the universe evolve around me

[@Lordidude]

That doesn't apply if a black hole isn't feeding on a star.

[@somber985]

Not all black holes. And some are also big enough that you can approach the event horizon and be relatively safe.

[@Nayr747]

​@@YeahRandomEditDrops You would literally live forever.

[@Jason9637]

​@@YeahRandomEditDropsThe reverse isn't actually true, you don't get to see the future when entering a black hole. You can see this if you analyze the Penrose map of a branch hole

[@ivanminchenkov7223]

Black hole is the most scariest thing you can imagine

[@dillasoul2228]

Nope, a black hole full of space sharks is scarier

[@goodgenes0]

black hole with space sharks full of nuclear bombs

[@TheDennys21]

Why? It would end you instantly, no pain, no nothing.

[@csar07.]

What about a black hole full of space sharks, nuclear bombs and lots of smaller black holes?

[@ivanminchenkov7223]

Just dont go wondering about "white holes"

[@speeddemonx9995]

With this newer theory, it makes more sense. Energy cant truly be destroyed, so the mass of a black hole is so dense, it tears a hole in space time and slows anything down to a point to where even the speed that light travels can go through the blackhole, instead slows it down and red shifts it to a point that it disappears.

[@zahmbie1206]

I knew blackholes were scary, but this only makes them scarier.

[@captain-poppleton]

i love the animation style used here.

[@i8dacookies890]

Something about "shaking his fist at a constant rate" is just so damn funny

[@rosieroti4063]

Get your mind out of the other black hole

[@i8dacookies890]

@@rosieroti4063 It's not that, it's just inherently specific and illogical.

[@443MoneyTrees]

What

[@slaflyaa]

Can you explain from both perspectives? This is so interesting

[@xSaDii]

And instead, if you were inside that space ship and looked back, you would see the universe speeding up exponentially, so when you're near the event horizon, you would see (Not really but figuratively) the last second of time left in our universe. That's what a photon "experiences" everytime, because "they" have no mass and do not "experience" time.

[@vanessaroper3028]

Oh really ?! Fascinating

[@dreadrockadrian]

THat's crazy. Cause time is always normal for you. If YOUR time stops for everyone else it really only means that THEIR time is infinite fast for you. You wont get to appreciate it though just as you cant appreciate a movie beyond a certain fast forward speed.

[@Katanaweilder1]

The fact that you feel like its only 13 seconds meanwhile billions of year has passed is crazy then your atoms and cells get diversed and cut in half which doesnt actually hurt since you arent damaging cells so no nerve signals are send you just lose sight and turn to gas with no emotions fade from existance truly one of the most terrifying thing

[@sophiefortnite1869]

One of the best shorts I've found in ages

[@kl0rd090]

This is why blackholes are so fascinating. They are so otherworldly, like something that shouldn't exist, like a glitch in the universe.

[@hinney827]

Gojo has some wild techniques, man.

[@Planteron1]

go/jo*

[@3sleepy]

I was searching for this bro😭

[@medkittherapper4536]

You would litterally watch the lifecycle of the universe before your eyes, and watch it all end.

[@TheDennys21]

No you wouldn't, the moment you cross the event horizon it's game over.

[@plavsk]

@@TheDennys21 no

[@حارثسہی]

That's assuming you don't die because of spaghettification

[@Eggcornbean]

@@TheDennys21 if it’s a big enough black hole you could possibly see the end of the universe before crossing the event horizon. We don’t know for sure but its very possible

[@plavsk]

@@حارثسہی no, you can enter the black hole that doesnt mean you immidiately get spaghettified

[@BK557SC]

It's like that bug in video games where if you go out of bounds the video keeps displaying afterimages of everything.

[@pavloshartas-moody8828]

Do you know what causes that effect? It used to fill me with wonder seeing that happen as a kid playing a Midtown Madness community map when you fell into the volcano.

[@BK557SC]

@@pavloshartas-moody8828 The frame generator has no data to put into that area and generate a frame so it just keeps using the data that's already there.

[@InfraredScale]

​​@@pavloshartas-moody8828when a frame is rendered, it overwrites the previous frame (as if you were putting it on top of the previous frame). If the newly rendered frame has some empty space, since there is no information in that empty area, previous frame isn't overwritten for those pixels and you can see the leftovers of the previous frame. The afterimages of the objects you see are actually their renders from previous frames stacked on top of each other. It usually happens when you go out of bounds since there's usually nothing to render outside the playable area

[@gabrielandy9272]

@@pavloshartas-moody8828 depends on how the game is programmed, we can't have a single answer for all games, in valve games its because it repeats the last image in the buffer, and the last image in the buffer is you last frame.

[@WatercraftGames]

Thank you for giving me the idea!

[@kashmirandal6282]

The reason this happens is because there is a distance from the singularity of the black hole where the escape velocity is the speed of light. If this distance was, let’s say, ten meters, then anything closer than ten meters would not be seen from an outside viewer. Instead, the light from when they were still farther from ten meters from the singularity is all that’s left of what you could see, as the escape velocity in this region is SLOWER than light, but this would still slows down the light tremendously because the light still has a hard time escaping. Over time, the amount of light in that area decreases, so the object gets dimmer and dimmer until it just fades away completely. But the sheer amount of light that gets reflected means that if you could see lower wavelengths, you COULD still possibly see them, and see the little bit of light that was left.

[@Dulceria-La-Princesita]

Put it back in your pants, Neil deGrasse Tyson.

[@kamehameha1xzy874]

very well explained ty

[@daisyallen4954]

that is so eerie, i legit have a sinking feeling in my stomach 😭

[@adammesa7702]

The book Deaths End from the RoEP series has a part in it that covers a similar scene. A scientist falls in love with a miniature black hole he created and falls into it on purpose. To him he died in an instant. For everyone else though, they can still witness him falling into the black hole even years after the incident initially occurred.

[@famowx]

I thought it was kind of darkly funny how he was like “man I sure love the black hole, be crazy if I jumped in haha” and everyone went “lol ok buddy” and then was shocked when he did it. Like maybe don’t let that guy work on the black hole.

[@ChalfantMT]

Advanced civilizations could use black holes to preserve a message long into the future. As time relatively stops from our perspective, it could be a way of taking a “screenshot” of information we wish to survive many ages into the future. For those advanced enough to “read” it.

[@vincea1830]

A huge talking point right now is the possibility that we exist inside of a black hole. Since they have "infinite density" within a singularity that breaks the laws of physics, they could very well have their own universes start/end as they are created and destroyed.

[@lewisjh8962]

The white supremacists aren’t going to like this one!

[@slothunique5521]

Ye Kureztasgt In A Nutshell said the same thing.

[@edelweiss-]

A portal to another universe?

[@Frostyisgoat]

How would a black hole live in another black hole?

[@otpezdal]

Dude, its something simmilar to very cramped trash dump. Its all stacked ob top of another REALLY hard. No free space

[@thegoudatimes]

I remember hearing somewhere that this model assumes the spaceship has zero mass. However, if the object is given mass in the equation the outside obserer would see the event horizon envelope the object in a finite amount of time. Anyway, thought I'd see if anyone else heard about this.

[@DarkAttack14]

Time dilation doesn't care if you have mass or not

[@VandalayIndustries82]

I agree with that other guy, I can't see why it would matter if the spaceship has mass or not, because the effect has nothing to do with the actual thing going in, but rather the light coming off of it.

[@r0yce]

That is inaccurate since mass has nothing to do with this phenomenon. It's all about the time it takes the light to reflect from the spaceship and enter your eye.

[@thegoudatimes]

Well, the idea is that the mass of the object would interact with the black hole causing a disturbance (local expansion) in the event horizon. If the object has no mass in the calculations the event horizon does not move. In this case, from an outside observer the object would only ever get closer to the event horizon but never cross. However, in the case of considering the objects mass, the event horizon would expand to envelope the object causing the object to disappear from the view of the outside observer instead of just fading. Again, I don't do astrophysics just conveying what I've heard 😅

[@jakele734]

That model might be right might be wrong. But i would assume the ship needs to have stellar mass to have any effect on the horizon.

[@mercytoday]

That’s terrifying. So it’s like in a cartoon, when the character runs so fast that there is still a dust outline of them where they started and then it fades away! 😮

[@Lestyrin]

The most terrifying part is that you'd never know what happens to the rocket and the passenger

[@CobusGreyling]

The more I learn of Black Holes the more I feel like they are the key to understanding everything and we just don't know enough. They're just too weird, like little bugs in the simulation.

[@skanderbeg152]

That's a popular thought in physics right now, where there are two competing ideas: our current understanding that singularities have infinite density, and the fact that infinities can't exist in our universe. One of them is obviously wrong, something has to give. I'm guessing it's just that our current model of the universe (general relativity, for example) just isn't robust enough to properly explain this phenomenon.

[@JesusPlsSaveMe]

​@@skanderbeg152 Jesus is the way, the truth and the life. Turn to him and repent from your sins today!

[@thepatriarchy819]

Black holes are literally already the end of time and space, so entering one would transport you to the end of time and space itself.

[@r0yce]

@@skanderbeg152 Funnily enough, it was general relativity that predicted the existence of black holes.

[@iRossco]

​@@skanderbeg152Clearly the Universe is happy with Blackholes being as they are it's just us that have issues with them, eg. Info paradox. I've imagined of them collapsing matter down to a point where that matter no longer has mass rather is pure energy & fed back into the fabric of space-time and out of which feeds the expansion of the Universe with virtual particles popping into existence applying a pressure to the vacuum of space & hence expanding it. Issue with this idea no doubt is the energy in wouldn't be enough to balance the energy out. Also it would require a blackhole to lose mass if it compresses to a point where it no longer has mass for gravity to act on. Similarly with the concept of Whiteholes.

[@DrSardonicus]

It's basically the same thing. Not "seeing" somebody go into a black hole and that person "slowing down until they freeze and fade away" is the same thing. It's just perspective. In the same way if I walk into a pitch black closet, you might not "see" me past a certain threshold but I'm still there in the closet, watching you from the dark. It's just that there aren't enough light particles bouncing off me in the darkness to reach your eyes, but I'm there.

[@unknown8156]

Quick question, am I a damn super villain?💀

[@MaddoxWhittaker2009]

I am

[@GDO9099]

This is why I love astronomy it’s so mind bogglingly huge but simultaneously horrifying

[@OnyxLee]

You didn't mention the spaghetti-fication. He and his rocket ship will be stretched

[@eddie5680]

If it were a small enough black hole yes, the ship would be stretched by the immense tidal forces. However, supermassive black holes are large enough that the tidal forces would not cause the stretching near or at the event horizon.

[@KingKarlofSweden]

​@@eddie5680 so when comes the streching in big ones?

[@beady123]

But you wouldn't be able to see it past the event horizon as the light will not be able to escape to reach your eyes

[@drh255]

From his perspective yes, but not from your outside perspective

[@eddie5680]

@@KingKarlofSwedenmost likely as you get nearer towards the singularity in the final moments is when you get stretched due to infinite gravitational forces

[@weeddemon1]

As the rocket approaches a black hole's event horizon, it appears to slow down to a distant observer because time passes more slowly near the black hole due to its intense gravity (gravitational time dilation). Eventually, the rocket seems to freeze at the edge, and its light fades (redshifts) until it becomes invisible.

[@cadavercavalry]

is the rocket still there even it turned into invisible?

[@M.Z.M.N.]

​@@cadavercavalry but that image of the spacecraft wouldn't be visible since light before rocket entering BH is so much red shifted due to gravity they aren't visible

[@jc_art_]

​@@cadavercavalry the ship wasnt physically slowing down, it was just visually appearing to do so. The point where it appears to stop is not where it actually is. This is why it visually seems to slowly dissapear, as there is nothing actually there.

[@linSP.]

Perception of light is not dependent on current position. Let me blow your mind with an example, all of the stars you see in the sky are no longer in the places we currently see them as. what we see is their locations as they were thousands of years ago. It’s even possible the view of the stars in the sky are projected from stars that died a long time ago. In fact, if the sun suddenly disappeared, it would take 8 minutes for us to see daytime instantly turn dark from the time the sun vanished.

[@clingyants]

So entering a blackhole is actually a painless way to die. EDIT: Sorry repliers, I did not mean to be scientific, only my depressed side was jokingly wondering to die painlessly.

[@PessoaAleatoria_Zapzap]

it kinda dependes on the size of it

[@nanyummyify]

Nobody said it was painless😂

[@spizzz2]

i think your limbs get stretched until you’re looking like flat stanley, so maybe not

[@PessoaAleatoria_Zapzap]

@@spizzz2 it depends on the side of the black hole, smaller it is, more u get streched

[@FREQA]

I don't wanna end up like noodles

[@emperormoist3851]

Why is that more terrifying than just getting sucked in

[@sonanair1922]

Huge respect for the cameraman for capturing the entire event.

[@WormsAreEverywhere]

🤡

[@supersolomob422]

That’s one of the few deliberate game design elements in our universe!

[@NormalChannel95]

Is this what going to Brazil feels like?

[@jashan_iitroorkee]

“Frozen in time” is way scarier than “disappear” 😭😭

[@D_A_R_K_Sage]

You are a great man. I admire you a lot.

[@Rofu_]

new fear unlocked

[@MrColorblind]

Yeah for those who don't know, you'll see the end of time before you reach the singularity of a black hole, aka the part that spagettifies you.

[@Amaraticando]

If you're falling freely, you don't see a massive blueshift from the opposite direction. It's mostly from the "border" around your view. The only way to see the end of the Universe is if you have a propulsion system that allows you to stay a small distance away from the horizon.

[@Table_Breaker]

This is genuinely terrifying