1 Ball → 64 Balls 🤯 12 Satisfying Simulations Where Everything Grows (Every Bounce Plays A Note)

12 physics simulations, one rule each, every collision playing a note. Which one should get a sequel? Tell us in the comments! Physics, animation and music made by us, note by note. All melodies are public domain. 0:00 1 ball → 64 balls 0:33 3 sides → 48 sides 0:58 1,000,000 rings → 0 1:22 1 ball → 80 balls 1:53 0% → 100% painted 2:25 8 rings → 0 2:55 72 bricks → freedom 3:25 15 vs 15 → 30 : 0 3:58 Tiny ball → huge ball 4:42 Huge ring → tiny ring 5:12 1 ball → 48 balls 5:46 Small vs small → winner fills the circle Songs: 1 ball → 64 balls - Korobeiniki (the Tetris melody) - Russian folk song (1861) 3 sides → 48 sides - Canon in D - Johann Pachelbel (c. 1680) 1,000,000 rings → 0 - Toccata and Fugue in D minor - Johann Sebastian Bach (c. 1704) 1 ball → 80 balls - Rondo alla Turca - Wolfgang Amadeus Mozart (1783) 0% → 100% painted - Morning Mood - Edvard Grieg (1875) 8 rings → 0 - The Entertainer - Scott Joplin (1902) 72 bricks → freedom - Ride of the Valkyries - Richard Wagner (1856) 15 vs 15 → 30 : 0 - Habanera (Carmen) - Georges Bizet (1875) Tiny ball → huge ball - Symphony No. 5 - Ludwig van Beethoven (1808) Huge ring → tiny ring - Can-Can (Galop Infernal) - Jacques Offenbach (1858) 1 ball → 48 balls - Moonlight Sonata - Ludwig van Beethoven (1801) Small vs small → winner fills the circle - In the Hall of the Mountain King - Edvard Grieg (1875) #satisfying #simulation #physics #music #relaxing