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NASA used a supercomputer to build a mind-bending simulation of falling into a black hole. Once you cross the point of no return, you have 12.8 seconds left to exist. To visualize these final seconds, NASA scientists ran the math of general relativity on a supercomputer, generating 10 terabytes...

782,627 Aufrufe • vor 2 Monaten •via X (Twitter)

34 Kommentare

Profilbild von Andrew klasek
Andrew klasekvor 2 Monaten

Does the epic music play in the black hole as well?

Profilbild von Paul Wal
Paul Walvor 2 Monaten

All that computing power to make up some bullshit animation and they can't upload in HD?

Profilbild von Jan Stevens
Jan Stevensvor 2 Monaten

Five days on a supercomputer to render 12.8 seconds. The black hole isn't the only thing stretching time.

Profilbild von Allen
Allenvor 2 Monaten

on the one hand you have hours or maybe just seconds to live... and on the other hand you will outlive your grandkids grandkids... both are true. RELATIVITY.

Profilbild von enemenememe
enemenememevor 2 Monaten

You become Spaghettified

Profilbild von XenoGrayed
XenoGrayedvor 2 Monaten

This is INACCURATE AF — Do your fucking research man — you want a true representation? BEHOLD:

Profilbild von just Penny
just Pennyvor 2 Monaten

Time would dilate and those 12.8 seconds would last forever..or not at all.

Profilbild von Vysko
Vyskovor 2 Monaten

@Grok discourse on these infographics.

Profilbild von Byakatonda Marvin
Byakatonda Marvinvor 2 Monaten

This looks very incredible, how accurate it is no one will ever find out

Profilbild von Mr. Didjaseeit
Mr. Didjaseeitvor 2 Monaten

The problem with a simulation claiming you have 12.8 seconds to exist is it's not verifiable because nobody's actually fallen into a black hole and came back to tell us about it. Cool theory though.

Profilbild von Steak𝕏 
Steak𝕏 vor 2 Monaten

I continued the simulation for several more hours. Khan Academy and Scratch were used generating 420 tb of data in 69 days. To the distant observer, you were turned into radio waves centuries earlier. This were the final seconds.

Profilbild von Steamboat Mike
Steamboat Mikevor 2 Monaten

A realization has come to me, given the understanding that all observable physical elements of our universe is a perpetual process of matter energy conversion, that black holes function as the garbage disposal of this process providing a mechanism to deconstruct whatever version of matter is ingested and spit the resulting gook back into some other process of, let's say, star formation as one example. Our universe is a closed loop system of perpetual energy conversion, so black holes are a required end point funnel of energy conversion. Prove me wrong. 😄

Profilbild von Jon
Jonvor 2 Monaten

Gaevity is a theory yet everything being simulated just assumes the unproven theory is a law. Got it 🤟

Profilbild von Jack Salmon
Jack Salmonvor 2 Monaten

What it really looks like...

Profilbild von SLANDR SZN ☠️
SLANDR SZN ☠️vor 2 Monaten

this is a much better simulation of what it would be like

Profilbild von 👁️👄👁️
👁️👄👁️vor 2 Monaten

coincidence? i think not

Profilbild von Woody Truelove
Woody Truelovevor 2 Monaten

Way better quality version of NASA's simulation of flying into a black hole.

Profilbild von ALETHEIA AGAPĒ
ALETHEIA AGAPĒvor 2 Monaten

Clearly they missed the 2016 nobel prize winning work of Gerard T 'Hooft because this definitely isn't what happens.

Profilbild von Skynet Apocalypse ΔGI 🐖🐷🥓🌭
Skynet Apocalypse ΔGI 🐖🐷🥓🌭vor 2 Monaten

Take enough LSD, or DMT, and you can see that without needing a supercomputer.

Profilbild von 0xBadFace
0xBadFacevor 2 Monaten

Shouldn't you also see the fate of the universe closing in upon you with time speeding up?

Profilbild von The Contrarian
The Contrarianvor 2 Monaten

So, the black hole starts playing a Windows screensaver from early 2000’s. Terrifying.

Profilbild von Stevie Ray Yawn🍸 The Mob Rules
Stevie Ray Yawn🍸 The Mob Rulesvor 2 Monaten

Is Matthew McConaughey ok after that

Profilbild von Danielle Adams
Danielle Adamsvor 2 Monaten

NASA is using a supercomputer for THIS? And not to how go back to the moon? Or accurately spot astroids about to hit earth? They have the entire universe to explore, and this simulation that could be done with windows xp is what they focus on.

Profilbild von 💥MegaMagaMan💥
💥MegaMagaMan💥vor 2 Monaten

You don't enter a black hole. You get stuck to the outside of it. It's just a bubble in spaceTime

Profilbild von Rabble Rouser
Rabble Rouservor 2 Monaten

Does sound warp like light? Because if I'm falling into a black hole a fire orchestral soundtrack better be playing un-warped.

Profilbild von Kate
Katevor 2 Monaten

@colorsnfall @WireBrushWizard

Profilbild von Brian Easton
Brian Eastonvor 2 Monaten

You'd have 12.8 seconds compared to an external observer, but you would never know because for you it would last an eternity.

Profilbild von BigMike
BigMikevor 2 Monaten

No idea what I’m looking at

Profilbild von NoQuarter
NoQuartervor 2 Monaten

I'm pretty sure that slop isn't even close.

Profilbild von Brandon Wichert
Brandon Wichertvor 2 Monaten

There is a way out. :)

Profilbild von Uncle_Sam’s_Nephew
Uncle_Sam’s_Nephewvor 2 Monaten

It’s good to see that even though US debt is almost $40,000,000,000 our tax dollars are being spent wisely on something that doesn’t matter in the least.

Profilbild von WeWerePromisedZombies!
WeWerePromisedZombies!vor 2 Monaten

Except you would be blinded instantly when looking at such photon energy (assuming you weren’t killed by a thousand other factors.)

Profilbild von вяεzια тσмsση
вяεzια тσмsσηvor 2 Monaten

A 13yo boy with a Pentium can do a better job. Stop putting nasa-slop on this site.

Profilbild von Hēvī Burdon
Hēvī Burdonvor 2 Monaten

How long until we come out the other side?

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What Would Happen if You Fell into a Black Hole? ✍️ Falling into a black hole is a journey into the extremes of physics, where the laws of nature as we know them are pushed to their limits. Here's what you might experience: Approaching the Event Horizon: As you draw near, the gravitational pull intensifies dramatically. The side of your body closer to the black hole experiences a stronger force than the side farther away, leading to a stretching effect commonly referred to as spaghettification. This term vividly describes how objects are stretched into long, thin shapes in a strong gravitational field. Crossing the Event Horizon: The event horizon is the boundary beyond which nothing can escape the black hole's gravitational grip. Interestingly, if you were to cross this threshold, you might not notice an immediate change; however, from an outside observer's perspective, time appears to slow down for you, and you'd seem to freeze at the horizon. This phenomenon is due to the extreme warping of spacetime predicted by Einstein's theory of general relativity. Inside the Black Hole: Once past the event horizon, all paths lead inexorably to the singularity—the core where density becomes infinite and the known laws of physics cease to function. Here, the concepts of space and time become indistinguishable, and the gravitational forces are so overwhelming that escape is impossible. The journey to the singularity would be swift, and the tidal forces would ultimately lead to your disintegration. Note : It's important to note that these descriptions are based on our current understanding of physics, particularly general relativity. The true nature of black holes remains one of the most intriguing mysteries in astrophysics, with ongoing research striving to unravel their secrets. 📹 Credit NASA

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