I have seen pretty much every supercomputer simulation of galaxies, the universe, galaxy clusters, and filaments, but this one is the most beautiful that I have ever seen.
It's crazy how violent this looks at these kinds of speeds, but because of the massive distances involved at normal speeds things would barely even appear to move.
Things would not appear to move. Period. Not without precise instruments and tracking across decades. There was a time we could not be sure if galaxies actually rotate the way their spiral arms seem to indicate, it might have been the other way around when all you have is a still image. Civilizations could rise and fall in between the frames of this simulation.
@@Sgrunterundt Some galaxies rotate the opposite direction - that is leading arms rather than trailing arms. Some have both with one inner and one outer.
Impressing! There is something natural about this art, it emergeses realness. I like it very much. 10 (European) mrd. years in less than 5 minutes can be so beautiful.
That was beautiful. It is known that most galaxies take around 1 billion years to complete a complete rotation (outer arms). These simulations make it clear that many more than 14 rotations have to occur for a astonishingly complex structure like the Milky Way to settle down and become the beautiful monster we live in.
Absolutely incredible! It starts by seeing how the cosmic filament forms and then we see how galaxies naturally want to be flat because after billions of years of stars gravitationally affecting their neighbors or crashing into each other, there is a net angular momentum of the entire system.
To me this represents the dynamics of galaxies in the flow of spacetime at a speed that we can perceive and understand. I think it is exactly the same on the quantum scale, just that the this is in an exponentially higher speed difficult to perceive and quantify. Congratulations!
This is the most interesting sim I've seen. Those explosions are SPH instabilities right? At first I thought you were actually simulating supernovae, but later it was obvious that it was some sort of numerical instability.
Can you do an Oort cloud sim please. there are so many artist images of Oort cloud of a very similar geometry, then a galaxy sim can give us the same geometry as the art images? Including cross-section views. The Oort cloud images used a physical equation base, so we can use them as a 3D gravity cloud visual?
so the universe is very chaotic and we're but a spec of a spect dust in all of this and it all seems so still and slow and somewhat stable to us simply because WE'RE too slow for the universe
Too quick, actually. During a human life, basically nothing happens in a galaxies evolution. You may go around the sun 100 times while still breathing if you are very lucky, but even then, you've only traveled about 1/2,500,000 th of the way around the disk. A galactic year is a long time, at our orbital distance.
@@vaahtobileet not only, they are made out of stars, gas,dust , blackholes and planets. But there is no galaxy without stars xd. If a galaxy has gas in it and its dense enough in different regions, stars will form so do planets and blackholes cuz they are starcorpses:D
Now imagine that one of the galaxies develops intelligent life in the form of a type III civilization that can control the mass and motion of stars. How could such a civilization impact galactic evolution?
I don't think a Type III civilization would be interested in controlling anything. She would see that everything works perfectly as it is. It is more our civilization that should overcome the compulsion to control in order to survive if it wants to survive to itself.
@CyberBallAnimations I'm pretty sure he's Italian and yes we don't have a true neutral gender in our grammar so we call everything either a she or a he; he probably got distracted and applied italian rules while writing that bit. A civilization is a she, the sun is a he, the sea is a he, the moon is a she and so on.
HOLA, COMOP PODRÍA USAR SU MAERIAL CON SU PERMISOP EN UN PROYECTO GRANDE EN UN CANA DE CIENCIA CON MAS DE 130 MI SUSCRIPTORES? QUEDO ATENO A SU RESPUESTA
From what I understand, they are caused by instabilities in the math calculations, specifically "SPH Instability". It depends on how deep the simulation is simulating of course, but I've seen mention many times about mathematical instability causing these effects, rather than them being a purposeful part of the sim.
Some of the explosions appear to be faster than light considering how quickly it moves from one area to the other, while losing its mass in the process.
Yes I understand the acceleration, but the acceleration is in billions of years and some of the distances are millions of light years. Might be the only way for it to move that fast, the constant loss of mass creates a continued push towards a terminal velocity in a vacuum.
I have seen pretty much every supercomputer simulation of galaxies, the universe, galaxy clusters, and filaments, but this one is the most beautiful that I have ever seen.
I can believe it, not many differences lol
Love this one too!
*wut du hail*
Yea but you can only see those colors with an infrared camera, right?
Idk, depends what they did with image processing@@Bennahr_Fett
Amazing simulation! Mind boggling this dance of gas, stars, explosions takes place over billions of years!
And the fact that we’re in the middle of such a beautiful display!
Id sleep for most of it till the critters started running around again. Since I don't get a chance to do this ever
Aaarghhh...ah Odin Sleep
@@irelae Imagine how many lives were created and destroyed during that period yet we are here thinking we've been here since a very long time.
@@minnowpanda304??????????
It's crazy how violent this looks at these kinds of speeds, but because of the massive distances involved at normal speeds things would barely even appear to move.
Things would not appear to move. Period. Not without precise instruments and tracking across decades. There was a time we could not be sure if galaxies actually rotate the way their spiral arms seem to indicate, it might have been the other way around when all you have is a still image. Civilizations could rise and fall in between the frames of this simulation.
@@Sgrunterundt
I never specifically said "with the naked eye". Don't assume.
@@Sgrunterundt Some galaxies rotate the opposite direction - that is leading arms rather than trailing arms. Some have both with one inner and one outer.
really makes you think about how this all started
Just an explosion
Impressing! There is something natural about this art, it emergeses realness. I like it very much. 10 (European) mrd. years in less than 5 minutes can be so beautiful.
That was beautiful.
It is known that most galaxies take around 1 billion years to complete a complete rotation (outer arms). These simulations make it clear that many more than 14 rotations have to occur for a astonishingly complex structure like the Milky Way to settle down and become the beautiful monster we live in.
Beautiful! Love the camera work and the little "poffs" when (presumably) stars are born.
Absolutely incredible! It starts by seeing how the cosmic filament forms and then we see how galaxies naturally want to be flat because after billions of years of stars gravitationally affecting their neighbors or crashing into each other, there is a net angular momentum of the entire system.
very nice.thank you. so t
this is what growth looks like away from spacetime.
Thank you for an absolutely amazing animation. It makes space more interesting and photos of nebulas more enjoyable to watch.
New PBS Spacetime video sent me here. Amazing work.
I have no idea what ASURA is but I wish I did...
Beautiful, Is it downloadable anywhere ? I like these kind of simulations, preferably in higher resolution.
So, my lifetime in that is a tiny fraction of second, I born and then die just in 0.00001 sec
These simulations are incredible
To me this represents the dynamics of galaxies in the flow of spacetime at a speed that we can perceive and understand. I think it is exactly the same on the quantum scale, just that the this is in an exponentially higher speed difficult to perceive and quantify. Congratulations!
As above so below, as below so above.
There are no words to describe how incredible the universe is
This is the most interesting sim I've seen. Those explosions are SPH instabilities right? At first I thought you were actually simulating supernovae, but later it was obvious that it was some sort of numerical instability.
Well, it kinda resembles the effect of supernovae and O-class star cluster winds
銀河の衝突→星間ガスの圧縮により星の爆発的生成→大量の超新星で星間ガスが吹き飛ばされる→銀河に新しい星が生まれなくなる→楕円銀河で安定。
うまくシミュレーション出来ていますね。
This is so beautiful!
Wow! Absolutely spectacular.
Somewhere out there, there is a world where doing the Macarena is considere hate speech.
Awesome!
This is beautiful
I love galaxies, even milky way!
Amazing simulation.
This aint simulation this is art
“The two galaxies where born to collide for years”
Hello Takayuki, may I use a piece of this video in a video of mine?
''Best just do what I want for a few thousand years '' - Polaris
It looks like there are lots of singular movement, which reflects the inaccuracy in the simulation.
this is beauty in motion
Amazing!!
すごい
I like you at the end, maybe the one on the left of the Milky Way in the one on the right with Andromeda
2:00 THIS IS THE INTERESTING PART
Was hoping to see a black hole form in the center of a galaxy, like most have... still awesome sim.
Definitely the most beautiful sim! But where are the quasars?
from so simple a beginning
endless forms most beautiful and most wonderful
have been, and are being, evolved.
Can you do an Oort cloud sim please. there are so many artist images of Oort cloud of a very similar geometry, then a galaxy sim can give us the same geometry as the art images? Including cross-section views. The Oort cloud images used a physical equation base, so we can use them as a 3D gravity cloud visual?
What time scale this would be?
A nice one. Is the source code publicly available?
Fantastic!
Nice work...
Can I use it as a background for a music I made and upload it to UA-cam?
Thank you
Are you still interested?
EVERY SECOND IS 57.034.221 YEARS, aproximately.
Props to the cameraman who took this amazing shot!
Really amazing work. 😮
Very nice.
No explanation of the physics?
Do you resolve the Rotation Curves of Galaxies problem?
El misterio del ser.
Magnifica presentación.
Me quedé impactada las firmas de vida.
❤❤❤😮😮😮
fantastic! how did you do this? which software did you use?
insane
please do more
OH. MY. REALISTIC.
Beautiful.
Nice firework program.
Can you imagine what lies beyong the limits of those edges in the begining of this presentation? Would it has any sense to continue zooming out?
wow!! amazing work!
Why does it not just keep going outward? What force compels it to come back together anywhere?
what is the simulation's physics engine and is it open source...?
😂
You can either:
1. Buy a supercomputer
2. Wait 40 years until household computers can handle these sorts of simulations
How about elliptical galaxy?
Do you mind if I add music to this video and upload with full attribution?
Is it calculated by super power Computers base on the known physic models or it just an illustrative video?
Space hurricanes
what the heck are the random explosions?
To put into perpective every particle is a star, go figure if we are truly alone in the universe
beautyfull i really enjoy this thank you
Whoa so cool 😎✨
beautiful
how much computing power did this take?
At least like 5
4:11 milky way & Andromeda
so the universe is very chaotic and we're but a spec of a spect dust in all of this and it all seems so still and slow and somewhat stable to us simply because WE'RE too slow for the universe
Too quick, actually. During a human life, basically nothing happens in a galaxies evolution. You may go around the sun 100 times while still breathing if you are very lucky, but even then, you've only traveled about 1/2,500,000 th of the way around the disk. A galactic year is a long time, at our orbital distance.
damn@@MrJdsenior
My question is, where did all the gas come from?
amazing !!
WOW! And what was the first, the formation of the stars, or the galaxias?
stars
What would a galaxy without stars be? Galaxies are made of stars.
@@vaahtobileet not only, they are made out of stars, gas,dust , blackholes and planets. But there is no galaxy without stars xd. If a galaxy has gas in it and its dense enough in different regions, stars will form so do planets and blackholes cuz they are starcorpses:D
@@FisTheDucc well yes, my point was that a galaxy by definition has to have stars in it, so they must form first for there to be a galaxy.
Awesome
Black holes collide to form Sagittarius A* so it will form the rest of the milky way
What are the 'puffs' that appears at irregular intervals and clear out the immediate area? Novae?
galactic farts
Now imagine that one of the galaxies develops intelligent life in the form of a type III civilization that can control the mass and motion of stars. How could such a civilization impact galactic evolution?
I don't think a Type III civilization would be interested in controlling anything. She would see that everything works perfectly as it is. It is more our civilization that should overcome the compulsion to control in order to survive if it wants to survive to itself.
@CyberBallAnimations
I'm pretty sure he's Italian
and yes we don't have a true neutral gender in our grammar so we call everything either a she or a he; he probably got distracted and applied italian rules while writing that bit.
A civilization is a she, the sun is a he, the sea is a he, the moon is a she and so on.
@@davidarzeno1177 Nobody would develop a type III civilization unless they were very interested in controlling everything.
@Earth that's such an arbitrary thing to make a big deal about
@@Myce She didn't make a big deal out of it. Just pointed it out. I also found it interesting and wondered why he used she. Maybe he's french...
HOLA, COMOP PODRÍA USAR SU MAERIAL CON SU PERMISOP EN UN PROYECTO GRANDE EN UN CANA DE CIENCIA CON MAS DE 130 MI SUSCRIPTORES? QUEDO ATENO A SU RESPUESTA
なんで最終的に1平面上に集まるんだろう？ ふしぎ・・
cant wait until normal computers can run these sorts of simulation smoothly
Then the supercomputers will create things even more spectacular.
And we will have comments wondering when consumer PC's will be able to create those.
@@busteraycan
Cunningham's Law:
When the needs of the people are met, their needs will just change.
Nice! Is the mass of dark matter involved in the calculation?
No
@@Duncan_Lamcool 😐
Wow, nice
4:00 HMM KINDA LOOKS LIKE THE MILKY WAY AND ANDROMEDA
superb
Respect to the camera man
The universe is like fireworks coalesing in a darkened void, its beautiful, no wonder God created it.
does it take dark matter in account?
It looks like the universe is young and it has cyan gasses
Plot twist: we're living in a galaxy formation simulator like this one
And?
that's crazy bruh
EPIC
1:33 ngc 474
Bro has a intergalactic computer
❤
I need to learn how to make these for the ultimate UA-cam entertainment
When entropy is zero, the universe begins the Big Bang again.
Is zero entropy the same as infinite entropy? Do either really exist?
Interesting that over time an essentially unmolested galaxy will develop a central bar, every time.
Those little *pops create darker or lighter elements and the spinning action turns those zones into spirals.
...I think.
Can anybody explain to me about many little small blasts after the main blast
From what I understand, they are caused by instabilities in the math calculations, specifically "SPH Instability". It depends on how deep the simulation is simulating of course, but I've seen mention many times about mathematical instability causing these effects, rather than them being a purposeful part of the sim.
Very good, ... i mean, very very good, ...
3d?
Some of the explosions appear to be faster than light considering how quickly it moves from one area to the other, while losing its mass in the process.
Given the time acceleration I'm not sure
Yes I understand the acceleration, but the acceleration is in billions of years and some of the distances are millions of light years. Might be the only way for it to move that fast, the constant loss of mass creates a continued push towards a terminal velocity in a vacuum.
You think this is what Dave saw?
Will I dream?
CON QUE HARDWARE?