Satisfying physics simulation - Five Bouncing Patterns Become One Final Wave. #satisfying #physics

Five different bouncing patterns in a satisfying physics simulation begin on separate silver pads with particle waves, then gather into one wide final composition. Listen as each pattern keeps its own contact voice before the last square lands alone. See a dense square, a swirling spiral, nested chord rings, concentric hoops, and a broad wave. The camera moves from solo studies to paired passages, then reveals all five together. The soundtrack is built from positive-speed pad contacts in the frozen simulation. Marimba, kalimba, electric piano, vibraphone, guitar, and bass each keep a distinct voice in one shared room. Most physical impacts stay silent so the audible contacts remain legible. The film ends at 3:52 after the final square contact and measured rest. Original simulation, rendering, and sound design by Sonified. Watch physics. Hear what happens. CHAPTERS 00:00 Square field 00:14 Spiral field 00:42 Large-orb chords 01:10 Concentric rings 01:38 Broad field 02:06 Spiral and chords 02:34 Rings and broad 03:06 Five fields together 03:38 Last wave and landing SONIFIED SIGNAL CARD TYPE · Five-field particle wave FIELD · 10,051 spheres across five fixed-site pads: square, spiral, chords, rings, broad WAVE · Five independent vertical rebound fields travel from solo stations to one wide ensemble CLOCK · First impacts 0.18–0.75 s · rebound periods 1.20–2.08 s · gravity 5.5–9.81 m/s² VOICE · FluidR3 marimba, kalimba, electric piano, vibraphone, guitar and bass in one shared room MAPPING · Positive-speed pad contacts select sampled voices; field value and camera position shape pitch and stereo SYNC · 1,429,684 authoritative impacts → 45,596 rendered collision voices at their contact times SOURCE · One frozen authority ledger per field drives motion, picture and contact-selected sound #PhysicsSimulation #ParticleWave #Sonification