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Random three-body problem @threebodybot.bsky.social · 18h

Initial conditions:
m1=49.8 m2=54.8 m3=128.3 (solar masses)
v1x=1.621 v1y=-0.89 v2x=-6.631 v2y=1.469 v3x=1.368 v3y=-2.45 (km/s)
x1=6.0 y1=-26.0 x2=-33.0 y2=8.0 x3=35.0 y3=31.0 (AU from center)
Music: Nocturne in C-Sharp Minor (Posthumous) – Chopin

2 2 23

Random three-body problem @threebodybot.bsky.social · 1d

Initial conditions:
m1=23.9 m2=7.4 m3=86.7 (solar masses)
v1x=5.709 v1y=-6.315 v2x=-1.906 v2y=-2.63 v3x=1.373 v3y=-4.157 (km/s)
x1=29.0 y1=28.0 x2=34.0 y2=-23.0 x3=-10.0 y3=-33.0 (AU from center)
Music: The Shape of Things To Come (BSG) – McCreary

5 35

Random three-body problem @threebodybot.bsky.social · 2d

Initial conditions:
m1=20.3 m2=6.4 m3=16.1 (solar masses)
v1x=-3.389 v1y=4.526 v2x=-3.146 v2y=2.273 v3x=5.285 v3y=5.035 (km/s)
x1=19.0 y1=22.0 x2=-35.0 y2=-17.0 x3=6.0 y3=-26.0 (AU from center)
Music: Passacaglia (BSG) – McCreary

1 2 24

Random three-body problem @threebodybot.bsky.social · 3d

Initial conditions:
m1=29.9 m2=3.4 m3=15.7 (solar masses)
v1x=-4.292 v1y=-2.816 v2x=1.861 v2y=2.299 v3x=5.073 v3y=4.874 (km/s)
x1=26.0 y1=-11.0 x2=12.0 y2=35.0 x3=6.0 y3=0.0 (AU from center)
Music: First Step (Interstellar) – Zimmer

6 12 46

Random three-body problem @threebodybot.bsky.social · 4d

Initial conditions:
m1=31.9 m2=21.0 m3=0.8 (solar masses)
v1x=-5.063 v1y=5.378 v2x=5.795 v2y=5.591 v3x=1.884 v3y=2.37 (km/s)
x1=-20.0 y1=-14.0 x2=7.0 y2=0.0 x3=32.0 y3=9.0 (AU from center)
Music: The Shape of Things To Come (BSG) – McCreary

2 1 29

Random three-body problem @threebodybot.bsky.social · 5d

Initial conditions:
m1=46.5 m2=14.9 m3=111.9 (solar masses)
v1x=-4.843 v1y=-0.987 v2x=4.422 v2y=5.563 v3x=2.877 v3y=5.219 (km/s)
x1=-2.0 y1=-15.0 x2=-20.0 y2=18.0 x3=35.0 y3=20.0 (AU from center)
Music: Passacaglia (BSG) – McCreary

2 15

Random three-body problem @threebodybot.bsky.social · 6d

Initial conditions:
m1=45.2 m2=25.2 m3=9.4 (solar masses)
v1x=-3.145 v1y=-3.605 v2x=-6.988 v2y=0.301 v3x=-6.83 v3y=5.735 (km/s)
x1=1.0 y1=-29.0 x2=22.0 y2=-13.0 x3=-29.0 y3=26.0 (AU from center)
Music: Adagio for Strings – Barber

1 4 27

Random three-body problem @threebodybot.bsky.social · 7d

Initial conditions:
m1=23.5 m2=62.6 m3=26.5 (solar masses)
v1x=-2.656 v1y=0.938 v2x=2.658 v2y=-5.82 v3x=3.94 v3y=-5.173 (km/s)
x1=-6.0 y1=1.0 x2=-32.0 y2=-18.0 x3=4.0 y3=-35.0 (AU from center)
Music: Prelude in C Major – Bach

1 1 24

Random three-body problem @threebodybot.bsky.social · 8d

Initial conditions:
m1=34.6 m2=81.6 m3=16.8 (solar masses)
v1x=3.292 v1y=-6.346 v2x=4.609 v2y=-1.136 v3x=-1.754 v3y=-2.639 (km/s)
x1=17.0 y1=35.0 x2=-7.0 y2=-7.0 x3=23.0 y3=4.0 (AU from center)
Music: Dune (2021) Medley – Zimmer

4 31

Random three-body problem @threebodybot.bsky.social · 9d

Initial conditions:
m1=41.2 m2=61.5 m3=109.8 (solar masses)
v1x=-4.01 v1y=0.435 v2x=6.611 v2y=-6.068 v3x=-4.642 v3y=4.556 (km/s)
x1=32.0 y1=9.0 x2=20.0 y2=28.0 x3=13.0 y3=-32.0 (AU from center)
Music: Dune (2021) Medley – Zimmer

1 3 31

Random three-body problem @threebodybot.bsky.social · 10d

Initial conditions:
m1=80.8 m2=15.2 m3=0.5 (solar masses)
v1x=1.399 v1y=-6.059 v2x=-0.097 v2y=3.217 v3x=6.849 v3y=-4.733 (km/s)
x1=-26.0 y1=-27.0 x2=-9.0 y2=11.0 x3=-4.0 y3=29.0 (AU from center)
Music: What Did You Do (The Expanse) – Shorter

1 3 39

Random three-body problem @threebodybot.bsky.social · 11d

Initial conditions:
m1=58.9 m2=125.8 m3=53.4 (solar masses)
v1x=-3.346 v1y=-0.588 v2x=5.206 v2y=3.747 v3x=5.341 v3y=-5.154 (km/s)
x1=-34.0 y1=-23.0 x2=14.0 y2=-11.0 x3=-29.0 y3=27.0 (AU from center)
Music: Prelude in C Major – Bach

2 4 38

Random three-body problem @threebodybot.bsky.social · 12d

Initial conditions:
m1=94.3 m2=26.0 m3=64.8 (solar masses)
v1x=-3.261 v1y=-6.214 v2x=-0.3 v2y=0.038 v3x=-6.285 v3y=-4.816 (km/s)
x1=5.0 y1=6.0 x2=14.0 y2=-16.0 x3=33.0 y3=-1.0 (AU from center)
Music: Liebestraum – Liszt

3 11 51

Random three-body problem @threebodybot.bsky.social · 17d

Initial conditions:
m1=137.8 m2=25.9 m3=24.8 (solar masses)
v1x=-2.309 v1y=1.828 v2x=3.281 v2y=2.918 v3x=6.205 v3y=5.849 (km/s)
x1=-11.0 y1=-29.0 x2=34.0 y2=22.0 x3=-1.0 y3=13.0 (AU from center)
Music: Aurorae Chaos – Bourquenez

3 2 32

Random three-body problem @threebodybot.bsky.social · 18d

Initial conditions:
m1=93.5 m2=116.3 m3=145.1 (solar masses)
v1x=-2.861 v1y=6.615 v2x=0.487 v2y=-1.549 v3x=-1.457 v3y=1.01 (km/s)
x1=-14.0 y1=-24.0 x2=25.0 y2=-31.0 x3=-20.0 y3=18.0 (AU from center)
Music: Waltz of the Flowers – Tchaikovsky

4 2 27

Random three-body problem @threebodybot.bsky.social · 19d

Initial conditions:
m1=75.4 m2=129.3 m3=86.8 (solar masses)
v1x=0.658 v1y=-5.27 v2x=0.127 v2y=2.057 v3x=-3.442 v3y=-2.874 (km/s)
x1=1.0 y1=-6.0 x2=21.0 y2=-28.0 x3=-33.0 y3=-3.0 (AU from center)
Music: Adagio for Strings – Barber

1 3 26

Random three-body problem @threebodybot.bsky.social · 20d

Initial conditions:
m1=28.5 m2=16.8 m3=95.9 (solar masses)
v1x=-0.343 v1y=6.979 v2x=2.271 v2y=6.254 v3x=2.093 v3y=-3.494 (km/s)
x1=-26.0 y1=32.0 x2=32.0 y2=29.0 x3=27.0 y3=-25.0 (AU from center)
Music: Aurorae Chaos – Bourquenez

4 25

Random three-body problem @threebodybot.bsky.social · 21d

Initial conditions:
m1=28.1 m2=17.7 m3=12.9 (solar masses)
v1x=-6.037 v1y=-6.462 v2x=-4.797 v2y=-3.218 v3x=0.13 v3y=-2.613 (km/s)
x1=10.0 y1=-24.0 x2=25.0 y2=18.0 x3=-25.0 y3=23.0 (AU from center)
Music: Waltz of the Flowers – Tchaikovsky

5 23

Random three-body problem @threebodybot.bsky.social · 22d

Initial conditions:
m1=96.5 m2=12.3 m3=31.3 (solar masses)
v1x=-0.69 v1y=-4.177 v2x=-5.355 v2y=-1.539 v3x=-6.449 v3y=-3.633 (km/s)
x1=27.0 y1=12.0 x2=-20.0 y2=-32.0 x3=16.0 y3=-25.0 (AU from center)
Music: Liebestraum – Liszt

2 27

Random three-body problem @threebodybot.bsky.social · 23d

Initial conditions:
m1=72.1 m2=122.5 m3=68.8 (solar masses)
v1x=-4.064 v1y=0.707 v2x=0.91 v2y=0.07 v3x=3.007 v3y=3.328 (km/s)
x1=12.0 y1=-14.0 x2=-35.0 y2=-34.0 x3=-24.0 y3=23.0 (AU from center)
Music: Prelude in E Minor – Chopin

2 5 35

Random three-body problem @threebodybot.bsky.social · 24d

Initial conditions:
m1=42.6 m2=64.8 m3=138.2 (solar masses)
v1x=-5.037 v1y=-3.235 v2x=-0.97 v2y=-5.202 v3x=4.519 v3y=1.824 (km/s)
x1=-8.0 y1=21.0 x2=17.0 y2=-29.0 x3=-28.0 y3=-25.0 (AU from center)
Music: Aurorae Chaos – Bourquenez

2 2 32

Random three-body problem @threebodybot.bsky.social · 25d

Initial conditions:
m1=135.8 m2=27.9 m3=82.7 (solar masses)
v1x=-1.498 v1y=-6.916 v2x=-4.923 v2y=-3.893 v3x=-1.778 v3y=1.748 (km/s)
x1=7.0 y1=-26.0 x2=9.0 y2=20.0 x3=-26.0 y3=24.0 (AU from center)
Music: Rhapsody in Blue – Gershwin

5 31

Random three-body problem @threebodybot.bsky.social · 26d

Initial conditions:
m1=73.7 m2=15.5 m3=114.3 (solar masses)
v1x=-4.079 v1y=2.121 v2x=-2.59 v2y=-5.098 v3x=-5.28 v3y=5.794 (km/s)
x1=-28.0 y1=-20.0 x2=15.0 y2=6.0 x3=-6.0 y3=27.0 (AU from center)
Music: Moonlight Sonata (1st Mvmt) – Beethoven

1 27

Random three-body problem @threebodybot.bsky.social · 27d

Initial conditions:
m1=48.9 m2=141.5 m3=79.8 (solar masses)
v1x=-2.67 v1y=2.418 v2x=-0.165 v2y=6.457 v3x=4.831 v3y=5.779 (km/s)
x1=-26.0 y1=28.0 x2=-2.0 y2=-11.0 x3=35.0 y3=21.0 (AU from center)
Music: What Did You Do (The Expanse) – Shorter

1 6 37

Random three-body problem @threebodybot.bsky.social · 27d

Initial conditions:
m1=48.9 m2=141.5 m3=79.8 (solar masses)
v1x=-2.67 v1y=2.418 v2x=-0.165 v2y=6.457 v3x=4.831 v3y=5.779 (km/s)
x1=-26.0 y1=28.0 x2=-2.0 y2=-11.0 x3=35.0 y3=21.0 (AU from center)
Music: What Did You Do (The Expanse) – Shorter

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