Liquid Particle Morph Transition Video Prompt Leonardo AI

Create a hyper-cinematic slow-motion video of a seamless liquid particle morph transition. The scene opens on a single hero subject — a blooming rose — that gradually dissolves into millions of glowing microscopic particles suspended in a dark studio void. These particles swirl in graceful fluid-dynamic currents, obeying realistic viscosity and turbulence, before smoothly reassembling into a completely new subject — a soaring hummingbird mid-flight. Emphasize a mesmerizing, continuous flow with no hard cuts: matter appears to melt, ripple, and reform like liquid mercury infused with light. Render iridescent particles in a teal-to-magenta gradient that catches volumetric rim lighting, with soft depth-of-field bokeh in the background. Use a slow, deliberate camera dolly that arcs 45 degrees around the transformation, revealing dimensional depth as particles cascade through negative space. Include subtle motion blur trails, refractive light streaks, and micro-sparkle highlights that pulse with the movement. The atmosphere is elegant, futuristic, and dreamlike, evoking premium tech-brand aesthetics. Background stays deep charcoal-black to maximize contrast against the luminous particle streams. Ensure the fluid simulation feels physically believable — heavier particles sink, lighter ones drift — creating an organic sense of weight and gravity. End on the fully-formed hummingbird as remaining particles settle into a gentle shimmer. Prioritize photorealistic textures, cinematic color grading, and a hypnotic, loop-friendly rhythm. Style: high-end commercial VFX, macro cinematography, liquid morph transformation. Motion: smooth, slow-motion, continuous flow, no jump cuts, elegant camera arc. Technical params — Model: Leonardo Motion 2.0, Resolution: 1920x1080, Aspect Ratio: 16:9, Frame Rate: 24fps, Duration: 5s, Motion Strength: 7, Camera Motion: orbit/dolly, Seed: 88214, CFG Scale: 7, Style Preset: Cinematic, Negative Prompt: static, choppy, low detail, watermark, text.