Ant-Man's Suit.
Would a tiny hero still weigh as much?
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Would a tiny hero still weigh as much?
Fit the assemblies, choose the inputs, then run the test.
Lengths scale by s, areas by s² and volumes by s³. Equal density therefore reduces weight faster than foot area. If the story keeps mass unchanged, the smaller feet instead exert much higher pressure. These are separate declared thought experiments.
Uniform geometric scaling. Reference height 1.75 m and surface 2 m²; density 1000 kg/m³ sets reference volume from chosen mass. Foot area is the combined contact area at full size. Both shrinking and mass retention are fictional. No atomic, biological or medical feasibility model.
Shrink to half size or smaller while keeping contact pressure below 100 kPa.
Shrink the suit and compare two explicitly fictional mass rules.