16 Most Satisfying Physics Simulations (Every Sound Is A Real Collision) 🩷

Photosensitivity warning: this video contains flashing lights and rapid colour changes. Flashing sections: 1:28, 4:41, 5:14, 5:47. Sixteen physics simulations back to back. Every sound is set off by something you can see happen on screen — when it speeds up, the simulation is speeding up. Each one states its rule on screen, then runs until the rule finishes it. 00:00 The ball becomes the wall, then the arena gets bigger 00:33 Every bounce doubles it, a quintillion before it falls? 00:56 Every ball it flattens becomes 3, how many before the glass breaks? 01:30 Every hit steals a side, until the wall is a triangle 01:56 Every bounce punches a hole, how long can the dam hold? 02:30 Every hit steals a side (LCD edition) 02:57 Every hit adds a pin to both, can they reach 360? 03:32 Both shapes gain a side per hit, all the way to 560 04:06 Every ball it smashes turns into 3, how many until the ring breaks? 04:44 The crank press: every ball it smashes turns into 3 05:17 Every ball it flattens becomes 3, how many before the silo breaks? 05:49 Every hit steals a side (chain edition) 06:15 Each freeze makes it faster, until one falls through the floor 07:02 Every tube must be one colour, can the machine sort them all? 07:34 Every mine adds a ball, can they clear the board? 08:02 Every cleared row adds a ball, can the pad catch them all? A pixel ball builds its own arena out of itself. A snow cone doubles one ball past 36 quintillion. A glass flask packs 4,235 balls before it cracks, two shapes trade pins until both have 360 sides, and a sorting machine puts every tube back to one colour. Tell me in the comments which rule you want run next 🩷 New rule every clip. Subscribe and see what the next one breaks 🩷 #satisfying #simulation #physics #oddlysatisfying #physicssimulation #satisfyingvideo #compilation #asmr