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Zzzyt
Registrace 14. 05. 2021
Reach For The Moon, Immortal Smoke – ZUN 月まで届け、不死の煙 Piano Arrangement
Try the interactive tutorial, or download the Sheet music here: musescore.com/user/37468738/scores/9408898?from=youtube_share
zhlédnutí: 53
Video
Fly Me to the Moon but it's the Apollo Program
zhlédnutí 73Před rokem
This is a repost of my bilibili video: www.bilibili.com/video/BV1Fa411g7Ng for Chinese Mid-Autumn Festival
![[360°] First person view on a planet with three suns](http://i.ytimg.com/vi/ZbktsZJGau4/mqdefault.jpg)
[360°] First person view on a planet with three suns
zhlédnutí 1,1KPřed rokem
This is a repost of my bilibili video: www.bilibili.com/video/BV1MM411i799 made with blender
Three-body problem 3D simulation (with planet)
zhlédnutí 178KPřed rokem
This is a repost of my bilibili video: www.bilibili.com/video/BV1iS4y1474k code: github.com/Zzzzzzyt/AstroSimulator
Three-body problem 3D simulation
zhlédnutí 5KPřed rokem
This is a repost of my bilibili video: www.bilibili.com/video/BV1AS4y1b7Mq code: github.com/Zzzzzzyt/AstroSimulator
A Firework Show of Rocket Explosions
zhlédnutí 64Před rokem
This is a repost of my original video on bilibili: www.bilibili.com/video/BV1Ua411K7aG 00:00 2013-7-2 Proton-M 00:42 1997-1-17 Delta II 00:53 around 1960 Mercury-Redstone 01:00 1957-6-11 SM-65A Atlas 01:05 2015-4-14 Falcon 9 01:21 2018-6-30 MOMO 2 (Interstellar Technologies) 01:25 1963-5-11 Atlas-Agena 01:28 1962-5-8 Atlas-Centaur 01:34 around 1960 Mercury-Redstone 01:40 2010-12-25 GSLV-F06 01:...
Nice music tho’😊
HA! Suck it you 3-star system peasants! 😜
If they cannot be predicted then how can you do?
It's not that they cannot be predicted. You can predict any system n-bodies that are gravitationally bound to arbitrary precision. They did this by hand 200 years ago and discovered a planet! (uranus or neptune i think). The problem is you cannot solve the equations describing the n-body system analytically when n > 2. The equations are a coupled system of differential equations and an analytical solution means you solve for it in terms of known functions or special functions. But that doesnt mean you cannot numerically solve this system of ODEs (ordinary differential equations). Numerical solutions for any differential equation is possible with the correct method and so that's how these are simulated. Actually an n-body system is quite simple to make (if you dont worry about precision too much) you can just use an Euler integrator or RK4 (they're algorithms for numerically solving ODEs). TLDR: we can predict them numerically, the only problem is we cant get a exact solution to the system, only and approximate one (but it's really a non-issue as you can achieve arbitrary levels of precision)
You know what prediction means, don't you, my friend? It's not a prediction, it's just positions on random possible movements based on probability.
hey wild guess: if the san-ti were so advanced, why didn't they nuke the hell out of one of their three suns so they would turn to a 2-body system, much more stable and suitable for civilization, instead of messing with us?
I don’t think you understand how nukes or stars work
@@MilesMoralesSketchbook of course I fucking don't, I do marketing for a living, I'm no astro or nuclear physicist or a combination of both, and it's your fault for expecting that of me. The "idea" was: what if they were able to remove one of the suns?
It would have broken the system even more because it would not have destroyed the star, it would have made it worse. If we were to eliminate one or two stars or one sun through something like a wormhole, the planet's orbit would be completely disrupted and it would either fall out of the system or orbit the last remaining star, which would make life even more impossible.
super mario galaxy ahh music
00:49 It Was At This Moment He Knew... He F*cked Up
Show us the according sunrises and sunsets from one or two viewpoints on the planet itself!
I pity all the ancient astronomers. This would have given them an Excedrin headache.
How did they form
If not together then how long
Here are a few possibilities. Firstly, it is very likely that they have the same basic form of life as we do, but their evolutionary processes are certainly very different. If the planet has gone through a long period of stability, there is a possibility for life to develop. The civilization here does not share the same species, but they share the same evolutionary process because they all lived under the same mass pressure, so their evolutionary processes had to be the same. The start of life on this planet is much more complex; either it had a long period of balance, or this triple-star system was not always a triple-star system. Both are possible. I can't speak definitively because you haven't finished the books, but for life to form, only time and suitable conditions are necessary. For instance, if the San-Til had enough time to develop even more than us, then it is highly likely that there were long stable periods on this planet even before life began to form.
@@OyunTireni Bro You are right about life, Planet how did they formed
Is such a thing possible? I.e. do we know of such planets? Or is this only theoretical?
3body problem using 4 bodies
There are four bodies!
do you get the same result every time?
The music: 🎵🎹💃🥁🕺🎻🎺 The people on the planet: 💀🥶💀🔥💀
I like the political fan-fiction on this: Some-Body (else's) Problem
The only way for life to have emerged on trisolaris would be that the solar system was stable,life developed and evolved but a third star came in and fucked up the system (I think it’s also mentioned the system had 12 planets but 11 were eaten by the stars),since life adapted to the chaotic eras,then that’s how trisolaris life survives,however a trisolaris day ripped a chunk off the planet and probably killed 95% of life only leaving microbes and a few multicellular organisms which later evolved into a new trisolariam species which made a civilization in 90 million years
Gnyang Jimeotdero
Here you are playing the symphony to the planet waltzing around the three suns... While Trisolarans are getting wrecked and destroyed by gravity countless times, going through stable and unstable eras...😁🤌
0:51 holy shittttt
The issue with the premise that a super advanced race of alien beings coming to Earth because their system it's too chaotic, wouldn't occur. Naturally, a planet within a 3 body system wouldn't have enough time or chances to reach something like multicellular life. From our best understanding, life seems to be a consequence of random probabilities within nature that in the right conditions can produce complex life. A system with such chaos would reduce these probabilities from occurring in those conditions.
Trisolarans punching the air rn.
why i see 4 bodies ?
the white one is a planet
This is 4 bodies. Not 3 bodies.......
the planet is mass negligible, so doesn't count.
I do not understand how this is considered to be a " problem". As you can see, it solves itself. Every . Single . Time.
white planet is an accurate depiction of my ex girlfriend
bro :D
bro :D
삼체 영상 보다가 여기까지 왔네😅
입체로 보니 삼체인의 고충이 확 다가오네
Wow cette video est vraiment incroyables. Mais comment faite vous se genre de simulation ? Vous utilisez manim ou blender ou peut etre un autre logiciel mais lequel ?
Planet to Red Star: "You're the only one for me." Planet to Yellow Star: "You're the only one for me." Planet to Blue Star: "You're the only one for me."
Imagine having a Trisolaran as a manager and telling him you couldn't turn up for work due to bad wheather conditions.
Yeah, that's a four-body problem. No deal.
Assume the planet mass is negligible
@@d9zirable agree
why no collision?
It could, but In this scenario it doesn't fall into one of the 3 stars because its velocity and distance are high enough to continually make a perfect balance between fall and escape
If we can't predict it How are we simulating it correctly? Simulation is also a kind of predictions
With time, even the slightest changes in the environment (or small errors in determining relevant parameters) could have huge impact on the accuracy of the simulated system. All the suns constantly gained or lost weight and speed. So without knowing exact parameters, all predictions would be probabilistic. Meaning, the slightest change in parameter value could determine which era would you end up in, chaotic or stable. And for the longer time you try to predict, the more probable is to f up with calculations.
The Flower of Life is the solution to the three body problem. All K-Paxians know this.
The simulation is nice. That's the epitome of chaos, supposing any form of life exist in such chaotic environment, how will it faire
That thing that came through our Solar System. A few years ago, how did that effect The celestial mechanics of our solar system
We'd like to congratulate you on your promotion from planet to starship
Nah the planet got sick of its own hoe phase
Idk the masses of the objects but if size is any indication this is more like a 4 body simulation. I wonder if the ejection time is inversely proportional to the number of bodies with similar mass. That could explain how the trisolaran system survived for eons.
The planet's gravitational effects on the suns are neglected in the code, so it's in fact a 3 body simulation.
Dude! It is impossible to evolve smart life forms. And very unlikely extremophiles.
Am I the only one who's counting four bodies?
I think another song fits perfectly for this is "Goodbye Moonman" from Rick and Morty
nice
Gravity isn't physics it's chemistry. Liquids gasses and solids all interacting taking their place amongst each other in a closed system. Space is an open system and is governed by different laws. Our Sun wobbles once a year creating the constant required for the orbit of the Planets. Gravity does not exist.
How did so many civilisations of trisolaris spawn , that would have taken millions of years, by which time , either the planet or a sun would have been ejected or collided
이러니 이 악물고 지구로 오지
Deterministic chaos
No celestial ballet without Johan Strauss....😄
Only the number of bodys that have a gravitational impact are counted. Therefore it's a 3-body problem even if the total number of objects is 4 or more. The gravity impact of the white planet negligible. Btw real 3 body star systems are very rare, because over time stars are ejected or crash into each other. Alpha Centauri is not a real 3 body system, because Centauri A and Centauri B are much bigger than Proxima.
And it takes Proxima more than half a million years (if it is really in orbit which is doubted) around the other 2 that go around a centre of mass each 79 years.
Is that mean there is no equation to describe & predict its movement?