The solution to the three body problem is simple, advance enough to 1- either destroy 1 body, anchor 2 bodies via entangelment, the solution is always to reduce it to two bodies.
A thought just struck me... what if the "solution" to the three body problem, or more correctly the means to accurately predict bodiess possition over time in a 3+ body system, is in some dimension beyond the 3 spacial ones we are aware of, where in fact all mass, is always an equi-distance from the origin, and the transformations through this "n" set of dimensions can be determined by solving for the constant "r" distance from the n-th origin?
@@warpedwhimsical the discovery of such a dimension would take more than just theoretical mathematics, not simply "just" think about it. One of the experiments that get conducted with the large Hadron collider is explicetly the discovery of particles from other such potential dimensions.
If three solar bodies have similar mass and are close enough to each other for gravity to affect center mass, a chaotic dance of interacting orbits occurs. It's impossible to predict any order in such a system because of how the 3 bodies interact with one another, hence the 3 body problem.
Actually I think it does somehow. You see when they intersect each other? They move extremely fast for a brief second. It could be the most intense part of chaotic era. And it could still be like 10-20 minutes on astronomical level.
But how to code simulation with general relativity theory?
With a keyboard
@@okflippy ohh man i know it , the question was how really make space-time streching physically
Why they can't keep up on track after the first cycle?
How arr you creating these videos
Gravity is probably improved but do you think you can train Green to stay on script!
The solution to the three body problem is simple, advance enough to 1- either destroy 1 body, anchor 2 bodies via entangelment, the solution is always to reduce it to two bodies.
A thought just struck me... what if the "solution" to the three body problem, or more correctly the means to accurately predict bodiess possition over time in a 3+ body system, is in some dimension beyond the 3 spacial ones we are aware of, where in fact all mass, is always an equi-distance from the origin, and the transformations through this "n" set of dimensions can be determined by solving for the constant "r" distance from the n-th origin?
If it worked, one of the thousands of mathematicians who pondered this problem would have probably thought about it already
@@warpedwhimsical the discovery of such a dimension would take more than just theoretical mathematics, not simply "just" think about it. One of the experiments that get conducted with the large Hadron collider is explicetly the discovery of particles from other such potential dimensions.
Pretty!!
... Please explain
If three solar bodies have similar mass and are close enough to each other for gravity to affect center mass, a chaotic dance of interacting orbits occurs. It's impossible to predict any order in such a system because of how the 3 bodies interact with one another, hence the 3 body problem.
How do you create these simulations?
That’s from Wikipedia❤
this is not what happen at all in the show.
Actually I think it does somehow. You see when they intersect each other? They move extremely fast for a brief second. It could be the most intense part of chaotic era. And it could still be like 10-20 minutes on astronomical level.
what show
@@bomblii the three body problem
@@Sanguine830 no clue what that is
@bomblii it's on Netflix, an adaption of that Chinese novel