What Happens When Biology Evolves Through a Fourth Dimension? π§¬π#morphogenesis #reactiondiffusion
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The simulation starts with biological seeds and evolves a 3D Gray-Scott reaction-diffusion system while a 4D hypersphere is rotated through 3D space. As the fourth-dimensional coordinate changes, the chemical feed and kill rates shift, transforming the structures from labyrinthine patterns into interconnected hollow forms and eventually chaotic cellular microstructures.
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The simulation starts with biological seeds and evolves a 3D Gray-Scott reaction-diffusion system while a 4D hypersphere is rotated through 3D space. As the fourth-dimensional coordinate changes, the chemical feed and kill rates shift, transforming the structures from labyrinthine patterns into interconnected hollow forms and eventually chaotic cellular microstructures.