About this 3D model

Title: 26. Rectified Archimedean Solids Paperweight and emblem - Geometric Paperweight - Sacred Geometry emblem for Home Decoration Model Size: 3 in Series: Geometry Family List: 01. Rectified Truncated Tetrahedron 02. Rectified Truncated Octahedron 03. Rectified Truncated Cube 04. Rectified Rhombicuboctahedron 05. Rectified Snub Cube 06. Rectified Truncated Cuboctahedron 07. Rectified Truncated Icosahedron 08. Rectified Truncated Dodecahedron 09. Rectified Rhombicosidodecahedron 10. Rectified Snub Dodecahedron 11. Rectified Truncated Icosidodecahedron Rectified Archimedean Solids – Mathematical Geometry in a Compact Form This elegant design showcases the refined geometry of rectified Archimedean solids, presented as a precise stencil pattern optimized for 3D printing. As a pendant or keychain, it transforms these sophisticated polyhedra into wearable mathematical art, highlighting the unique edges and faces created through the rectification process. The result is a clean, symmetrical outline that captures the essence of uniform polyhedra in a lightweight, open structure. Rectification cuts each vertex of an Archimedean solid precisely to the midpoints of its edges, producing new polyhedra with regular polygonal faces and exceptional symmetry. This stencil version emphasizes the intricate edge networks and vertex figures, making it an ideal project for makers interested in exploring advanced geometric transformations. The design works beautifully as both a subtle pendant and a sturdy keychain. Perfect for mathematics enthusiasts, educators, and collectors of geometric jewelry, this piece serves as a thoughtful gift and a daily reminder of the beauty found in polyhedral symmetry. Customize it with your favorite filament colors to create a unique accessory that stands out in any collection. Originator of the Geometry The concept of rectification was systematically studied by Johannes Kepler in the early 17th century. Modern comprehensive listings and visualizations of the rectified Archimedean solids were produced by geometers such as Norman W. Johnson and David McCooey.