These are verbatim from Google I/O 2026 and verified creator outputs. Run them as-is, then make them yours.
Marble physics (the world-model test)
A marble rolling fast on a chain reaction style track, continuous smooth shot.Recursive glass sphere (mind-bender)
Dim the lights in the room. Put a black and white checkerboard room inside a glass
sphere that floats, tracking above the hand. Inside it is a recursive representation
of the same hand holding the same sphere, creating an infinite recursion of rooms.
Camera slowly pushes into the sphere, creating a video loop.Claymation explainer (educational gold)
Claymation explainer of [protein folding], everything is made out of clay, no hands,
stop motion, accurate, with a clear voiceover. Don't add text.Four-part style progression
Create a four-part stylistic progression of the reference video: vibrant colored
crayon (waxy strokes, granulated paper) → graphite pencil sketch (cross-hatching,
12fps line boiling) → hyper-realistic 3D translucent glass (caustic refractions,
internal glow) → risograph print (three-color palette, halftone, registration
overlays). Transition seamlessly; motion continuous across all four.Product exploded view (business)
Create a 10-second product visualization of this [Rolex watch] in an exploded view.
Show the mechanical components floating apart, gears still spinning mid-air, then
smoothly reassemble. End on a clean hero shot with space for a tagline. Studio
lighting, black background, cinematic.Teleport Into History
A 10-second 9:16 video in handheld vlog style. The person from the reference
image stands inside [the Roman Colosseum during a live event], vlogging to
camera, reacting to the crowd and the action behind them. Period-accurate
architecture, costumes and atmosphere. Their modern clothing contrasts with the
historical setting. Natural selfie camera shake, golden-hour light, ambient
period sound.Chain-reaction dominoes (physics with weight)
A steel ball bearing rolling fast through a wooden domino reaction track, continuous
smooth shot following the chain of impacts. Each domino falls with realistic angular
momentum. The ball keeps visible velocity between collisions.
