16 Most Satisfying Simulations (A Venus Flytrap Eats 1,125 Balls)

Photosensitivity warning: this video contains flashing lights and rapid colour changes (3:59). 16 physics simulations, one rule each, every collision playing a note. No cuts inside a sim: each one runs from its first bounce to whatever it turns into. 00:00 Warning 00:03 How small can the boxes get? 00:25 3 sides → 48 sides in 20 seconds 00:46 How many balls can a Venus flytrap eat? 01:12 Can one drop reach a quintillion before it falls? 01:33 Can the gumball reach the peppermint? 02:23 Can the ball crack the geode in time? 02:51 Can one ball turn the whole ring red? 03:28 Can one ball fill the whole arena with seeds? 03:54 A black hole devours everything and grows (my game) 04:32 Can a fire sprinkler put out a lava lake? 04:47 Can lightning stop a ball that doubles every bounce? 05:12 Can one tiny mower cut the whole lawn? 05:37 How many balls can a hydraulic lift handle? 06:16 What do you even call a 326-sided shape? 06:49 1 ball → 2,047 balls → no bowl left 07:15 Can it eat all 50 before it vanishes? 07:46 How much popcorn can ONE kernel make? The segment at 3:54 is Black Hole Galaxy, a game I made myself. You are the black hole: eat the galaxy and grow forever. Android: https://play.google.com/store/apps/de... iPhone / iPad: https://apps.apple.com/app/apple-stor... Which one should get a sequel? Tell me in the comments. Most of these started as a viewer's idea. Made with a custom Python + pymunk pipeline: deterministic physics, one musical note per collision, rendered at 4K60.