The Dandelion Sphere study explores recursive polyhedral branching structures. The research addresses automated connector generation for complex wireframe assemblies where each branching node requires a unique joint connecting multiple struts at precise angles. The investigation develops algorithms that classify nodes by their geometric configuration, identify identical sets, and generate connector geometry accounting for chirality. Each connector accommodates specific strut angles, connection counts, and spatial orientations while remaining structurally viable for 3D printing. Layers of polyhedra branch outward with increasing complexity. Each generation multiplies the number of unique node types, creating exponential structural variation. The study tests how automated systems can handle hundreds of distinct connector geometries while maintaining geometric precision throughout the branching hierarchy. The research establishes methods for hybrid construction combining digital fabrication with traditional materials.
Photography: Phillip C. Reiner
