Zero-G Nutella: Fluid Dynamics & Physics Render

Task: Generate a hyper-realistic, cinematic 3D render of a hazelnut cocoa spread (Nutella-like) interacting with a zero-gravity environment.

Visual Parameters

• Subject: A large, viscous globule of dark hazelnut cocoa spread suspended in mid-air.
• Physics: Show realistic fluid dynamics with the spread forming a complex, undulating sphere. Smaller, pearl-sized droplets should be breaking away from the main mass due to surface tension.
• Texture: High-gloss, silky smooth surface with visible micro-textures of crushed hazelnuts. Use subsurface scattering to show light penetrating the edges of the chocolate.
• Environment: The interior of a high-tech, minimalist space station module. Soft, brushed metallic walls and subtle blue glowing LED strips. A large porthole in the background shows the Earth's horizon and the deep black of space.
• Lighting: Three-point cinematic lighting. A primary soft white light from the side to highlight the glossy texture, a secondary blue rim light from the cabin consoles, and natural sunlight bleeding in from the window.

Technical Specifications

• Camera: Macro lens (100mm), f/2.8 aperture for a shallow depth of field, focusing sharply on the chocolate texture while softly blurring the space station background.
• Style: Photorealistic 8K render, Octane Render style, Ray-tracing enabled, Unreal Engine 5 aesthetic, highly detailed liquid simulation.
• Keywords: Zero-gravity, weightlessness, viscosity, hyper-detailed, cinematic, sci-fi, food photography.

Negative Prompt: Low resolution, grainy, matte texture, flat lighting, messy, blurred foreground, 2D, cartoon, plastic texture.