It was actually one moon that made it turn into rings and the rings are disappearing because the remains of that icy moon won’t stop breaking up. It will just break up into tinier and tinier pieces until the remains become so small, they are literally microscopic and also they are also probably disappearing because Saturn’s gravity is probably flinging them
That would seem to explain the shape of the Milky Way and other galaxies. A tremendous gravitational force in the center, (Black Hole) with all the stars and nebulas, clusters, etc just beyond the Roche Limit forming a ring with arms, as pictured in the video above in its early stage. The shape of the arms and subsequent ring should be relative to the age of the system and could be used to predict the age of the Milky Way.
Alas, the supermassive black hole in the middle of our galaxy is only an insignificant fraction of the total mass, the real deformation occurs because of the barycentre, which resides close to the black hole, of the entire galaxy itself
Hi, I have a few questions: I'm in college and working on a project on the Roche limit, and I am trying to do a simulation just like yours - which is beautiful, by the way. I was wondering if you could tell me on which software you did this, and if it was python, if you could share your code with me. Thanks !
Hey! I actually did this in Cinema 4D, so no 'real' simulation software! It was just a rigidbody sim with gravitation added, and a manually set initial velocity
@@tnapeepeelu Assumptions are an Icy Moon, something similar to Enceladus and Europa. The rings are mostly made of ice in pristine condition. That also points to the fact that it happened quite recent in cosmological timeframes.
I didnt read the title of the video and I thought it was a twitching eye 😂
Wandering Earth and Kirby made me learn about it.
Kirby?
@@zainalabidin-cz3ee Yes, the platforming series about a pink puffball.
The theme of the final boss is called two planets approaching the Roche limit.
People: Wow this is cool
Kirby players: Uhoh.
And here we are!
*"and here we are!"*
how saturn rings formed probably
Indeed. Saturn's rings are mostly made up of moons that got too close
rip moons😢😢
It was actually one moon that made it turn into rings and the rings are disappearing because the remains of that icy moon won’t stop breaking up. It will just break up into tinier and tinier pieces until the remains become so small, they are literally microscopic and also they are also probably disappearing because Saturn’s gravity is probably flinging them
Looks like a miniature galaxy as well.
Where is fecto elfilis
Beautiful stuff! Is there any other interactions between particles except gravitation?
Yes, collisions are also simulated here! Without them, the particles would all intersect each other :)
I would like to make a gif of this and use it for my online astronomy class. What is your copyright permission policy?
Hi, please just go ahead! You don't have to credit me. Fun!
Elfilis brought me here!!!!
I was brought here by Elfilis too, I love it when I can learn from Videogames.
*a n d h e r e w e a r e!*
WOW! Thank you for posting this!
This is what should've happened to the Moon in Moonfall
ロシュ限界
月が地球に近付き過ぎるとこうなります。
双方の質量が近似な場合は、最初互いに卵形に変形し始め、次に双方とも崩壊して、合体します。
この変形が始まる極限をロシュ限界と言います。
よく見ると、真ん中のつまり地球に相当する部分も最初揺らいでいるのが分かります。
これは周回軌道から崩壊してますが、衝突コースをゆっくり接近した場合も起こります。
何でこんなものを？ 内緒w
どうしてそんなに血まみれですか？
That would seem to explain the shape of the Milky Way and other galaxies. A tremendous gravitational force in the center, (Black Hole) with all the stars and nebulas, clusters, etc just beyond the Roche Limit forming a ring with arms, as pictured in the video above in its early stage. The shape of the arms and subsequent ring should be relative to the age of the system and could be used to predict the age of the Milky Way.
Alas, the supermassive black hole in the middle of our galaxy is only an insignificant fraction of the total mass, the real deformation occurs because of the barycentre, which resides close to the black hole, of the entire galaxy itself
I find it cool how they are ever so slightly binary
I feel like top view shows how Uranus gots it vertical rings
woah this is cool
Hi, I have a few questions: I'm in college and working on a project on the Roche limit, and I am trying to do a simulation just like yours - which is beautiful, by the way. I was wondering if you could tell me on which software you did this, and if it was python, if you could share your code with me.
Thanks !
Hey! I actually did this in Cinema 4D, so no 'real' simulation software! It was just a rigidbody sim with gravitation added, and a manually set initial velocity
@@lynn241 if you are interested also you can refer to the comment above /\
very good
i have no idea what is roche limit but it looked nice
This is how it works:Earth's gravity will be alot stronger and will tear that object into rings
Wow, kinda reminds me of saturn.. maybe back then, it got a huge moon as well before it became rings.. maybe
Maybe there was another rocky planet that got pulled out of it's orbit and then got ripped apart into rings.
@@tnapeepeelu Assumptions are an Icy Moon, something similar to Enceladus and Europa. The rings are mostly made of ice in pristine condition. That also points to the fact that it happened quite recent in cosmological timeframes.
Dwayne the rock Johnson
Grump bump
could you please name the song used in the video? thanks