Overhead time-lapse documenting complete ice cube melting process with accurate thermodynamic physics
Perfect for science education, time-lapse demonstrations, or metaphorical visual storytelling
Hypnotic overhead time-lapse of clear ice cube melting on white marble surface, creating expanding water pool. Camera: 50mm lens, f/8 for full sharpness, locked overhead position looking straight down, centered on ice cube, static composition. Lighting: Bright diffused overhead softbox creating even illumination without harsh shadows, slight rim light emphasizing ice clarity and water surface tension, clean high-key aesthetic. Color palette: Crystal clear ice with blue-white highlights, pure white marble with gray veining, transparent water with silver reflections, subtle cool blue tones. Physics: Accurate thermodynamic process - ice cube melting from edges inward as warmest points, water pool expanding radially with proper surface tension, ice corners rounding before center melts, occasional air bubble release from ice structure, water pool maintaining cohesive circle due to surface tension on marble, condensation forming around melt pool. Actions: - Solid ice cube beginning to show surface wetness (0-2s) - Corner and edge melting initiating, small water pool forming (2-5s) - Rapid volume reduction, ice becoming rounded, pool expanding (5-8s) - Final ice fragment dissolving, complete water pool, slight evaporation (8-10s) Sound: Subtle water dripping and trickling, quiet ice crackling, gentle bubble release sounds, minimal ambient room tone
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