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ArtistDRAW: Use: #define chp(x) (exp(x)+exp(-x/(pi/PHI)))/pi float eta = .00108/PHI; p = eta*dot(p,z)-chp(1.-eta*eta*(1.-dot(p,z)*dot(p,z))*z ); p -= PHI*dot(p,z)*z; A technical 3D visualization of a topological manifold defined by non-Euclidean geometry. The structure exhibits a high-pressure longitudinal crushing along the z-axis, resulting in a thin, flattened hyperbolic shell. The surface is composed of thick refractive glass that evolves into exponentially thinning, sharp crystalline spikes on one side only, following an asymmetrical transcendental expansion ratio. The internal lattice follows recursive Phi-ratio ($1.618$) scaling, creating nested cellular voids. Deep blue gradient background, caustic light refractions, heavy material weight. No text, no symbols, no numbers, no laboratory background, no human elements.
A digital render on a deep blue background depicting a spiky, undulating form reminiscent of a sea slug or microscopic organism. The form is composed of a light blue, transparent hexagonal mesh structure that curves and narrows towards one end, expanding into a wider, more rounded shape at the other. Around the entire perimeter of this mesh structure, numerous transparent, clear, sharp spikes protrude outwards, varying in length and density. The spikes are longer and more numerous at the wider end, becoming slightly shorter and sparser towards the narrower end. The image also contains white text in the bottom left corner, appearing to be a series of mathematical equations or code.