04. Great Inverted Snub Icosidodecahedron – 17. Self-Intersecting Snub Quasi-Regular Polyhedra Earrings & Necklace - Geometric Earring - Sacred Geometry Necklace Fashion Statement

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Title: 17. Self-Intersecting Snub Quasi-Regular Polyhedra Earrings & Necklace - Geometric Earring - Sacred Geometry Necklace Fashion Statement Family: 17. Self-Intersecting Snub Quasi-Regular Polyhedra Motif: Geometry Polyhedra Model Size: 1 in Series: Geometry Family List: 01. Snub Dodecadodecahedron 02. Inverted Snub Dodecadodecahedron 03. Great Snub Icosidodecahedron 04. Great Inverted Snub Icosidodecahedron 06. Snub Icosidodecadodecahedron 07. Great Snub Dodecicosidodecahedron 08. Small Snub Icosicosidodecahedron 10. Great Dirhombicosidodecahedron Self-Intersecting Snub Quasi-Regular Polyhedra: Chiral Star Twists from Quasi-Regular Bases Self-intersecting snub quasi-regular polyhedra are a captivating class of uniform star polyhedra derived from the snub operation applied to quasi-regular bases like the cuboctahedron or icosidodecahedron, extended into nonconvex realms where faces and edges intersect in intricate, chiral patterns. These structures feature triangles interspersed with retrograde star polygons, such as pentagrams or decagrams, maintaining vertex-transitivity while exhibiting left- or right-handed chirality that prevents superimposition on their mirrors. With densities greater than 1 and icosahedral symmetry, they represent the most complex extensions of snub Archimedean solids into self-intersecting forms, often constructed via Wythoff symbols from Schwarz triangles. Their self-penetrating nature creates visually dense, hypnotic models that appear to spiral…