Hot Iron Ball Experiment Videos - AI Prompt

The Genius Prompt

Ultra-realistic slow motion video of a glowing red-hot iron ball (~1000°C) held by a scratched metallic wrench, positioned above and then gently placed on top of a {OBJECT}  
Scene setup:  
The {OBJECT} is centered and placed on a round amber-colored translucent platform, which is balanced on a clear glass goblet. The setup is placed on a wooden table with a completely black background. Clean studio composition, no extra objects.  
Initial frames (important):  
Start with a cinematic close-up of the glowing iron ball hovering just above the {OBJECT}, showing heat glow, subtle smoke, and realistic textures before contact.  
Physics and reaction:  
As the iron ball touches the {OBJECT}, show real-world material behavior with a slight delay:  
- gradual heat transfer (no instant effect)  
- surface reacting based on material (burning, melting, cracking, deforming, or shattering)  
- detailed micro effects like smoke, steam, bubbles, juice release (if organic), or fractures spreading  
- realistic deformation and damage progression  
Visual details:  
- glowing orange-red iron ball with heat radiation  
- natural reflections on glass and metal  
- fine textures (scratches, dust, imperfections)  
- realistic interaction between heat and surface  
Camera:  
- macro cinematic shot (85mm lens)  
- shallow depth of field  
- sharp focus on contact point  
- slight handheld micro-shake for realism  
Lighting:  
- cinematic studio lighting  
- soft shadows  
- high contrast with natural reflections  
Quality:  
- ultra-realistic, real experiment look  
- 4K resolution  
- 60fps slow motion  
- vertical aspect ratio 9:16  
Restrictions:  
no CGI look, no cartoon style, no unrealistic effects, must look like real-life footage shot on a high-end camera