Random three-body problem (@threebodybot@mathstodon.xyz)
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There’s a Mastodon bot that posts videos of random three-body problems (three planets orbiting each other), set to classical music. I figured this community would like it. The one that it just posted is the most interesting one I’ve seen yet.
Random three-body problem (@threebodybot@mathstodon.xyz)
Attached: 1 video Initial conditions: m1=15.9 m2=65.2 m3=36.2 (solar masses) v1x=3.384 v1y=-4.901 v2x=-4.4 v2y=1.698 v3x=-6.018 v3y=-1.462 (km/s) x1=-2.0 y1=-10.0 x2=-14.0 y2=-27.0 x3=13.0 y3=12.0 (AU from center) Music: Moonlight Sonata (1st Mvmt) – Beethoven
Mathstodon (mathstodon.xyz)
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S Science shared this topic on
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There’s a Mastodon bot that posts videos of random three-body problems (three planets orbiting each other), set to classical music. I figured this community would like it. The one that it just posted is the most interesting one I’ve seen yet.
Random three-body problem (@threebodybot@mathstodon.xyz)
Attached: 1 video Initial conditions: m1=15.9 m2=65.2 m3=36.2 (solar masses) v1x=3.384 v1y=-4.901 v2x=-4.4 v2y=1.698 v3x=-6.018 v3y=-1.462 (km/s) x1=-2.0 y1=-10.0 x2=-14.0 y2=-27.0 x3=13.0 y3=12.0 (AU from center) Music: Moonlight Sonata (1st Mvmt) – Beethoven
Mathstodon (mathstodon.xyz)
Not long enough!!! Need whole concert.
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There’s a Mastodon bot that posts videos of random three-body problems (three planets orbiting each other), set to classical music. I figured this community would like it. The one that it just posted is the most interesting one I’ve seen yet.
Random three-body problem (@threebodybot@mathstodon.xyz)
Attached: 1 video Initial conditions: m1=15.9 m2=65.2 m3=36.2 (solar masses) v1x=3.384 v1y=-4.901 v2x=-4.4 v2y=1.698 v3x=-6.018 v3y=-1.462 (km/s) x1=-2.0 y1=-10.0 x2=-14.0 y2=-27.0 x3=13.0 y3=12.0 (AU from center) Music: Moonlight Sonata (1st Mvmt) – Beethoven
Mathstodon (mathstodon.xyz)
You Humans treat the three-body problem as a math challenge. For us Trisolarians, it’s the reason cities melt, empires vanish, and hope needs a backup plan.
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There’s a Mastodon bot that posts videos of random three-body problems (three planets orbiting each other), set to classical music. I figured this community would like it. The one that it just posted is the most interesting one I’ve seen yet.
Random three-body problem (@threebodybot@mathstodon.xyz)
Attached: 1 video Initial conditions: m1=15.9 m2=65.2 m3=36.2 (solar masses) v1x=3.384 v1y=-4.901 v2x=-4.4 v2y=1.698 v3x=-6.018 v3y=-1.462 (km/s) x1=-2.0 y1=-10.0 x2=-14.0 y2=-27.0 x3=13.0 y3=12.0 (AU from center) Music: Moonlight Sonata (1st Mvmt) – Beethoven
Mathstodon (mathstodon.xyz)
There’s a Mastodon bot that posts videos of random three-body problems (three planets orbiting each other), set to classical music. I figured this community would like it.
I was all ready to be up in arms about this new blight on the social fabric of online discourse, bots? Posting three-body problems? I will fight that tooth and na…ooooh the community likes it! Ok, then, let’s see these bodies solve their problems!
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You Humans treat the three-body problem as a math challenge. For us Trisolarians, it’s the reason cities melt, empires vanish, and hope needs a backup plan.
Stop spying on us!
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There’s a Mastodon bot that posts videos of random three-body problems (three planets orbiting each other), set to classical music. I figured this community would like it. The one that it just posted is the most interesting one I’ve seen yet.
Random three-body problem (@threebodybot@mathstodon.xyz)
Attached: 1 video Initial conditions: m1=15.9 m2=65.2 m3=36.2 (solar masses) v1x=3.384 v1y=-4.901 v2x=-4.4 v2y=1.698 v3x=-6.018 v3y=-1.462 (km/s) x1=-2.0 y1=-10.0 x2=-14.0 y2=-27.0 x3=13.0 y3=12.0 (AU from center) Music: Moonlight Sonata (1st Mvmt) – Beethoven
Mathstodon (mathstodon.xyz)
Ok seriously, mathstodon has to be one of the greatest domain names of all time.
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Agreed for the music and the maths. Red got blasted out so it was fascinating to see it work its way back to the other two anyway.
