The SuperCube Structures study investigates complex assemblies that combine multiple fundamental SuperCube elements. The research explores how different cluster types interconnect to create spatial configurations beyond individual building blocks. The investigation tests combinations of triangular, pentagonal, and ring formations, examining how these elements share central units and create unified systems. The study addresses which connection methods produce stable assemblies and how different fundamental forms interact when integrated into single structures. The research establishes principles for combining varied SuperCube clusters. The work examines freeform assemblies where strategic arrangement of fundamental elements generates complex geometric configurations while maintaining the interlocking logic. The study explores how modular vocabulary expands when multiple building block types operate together.
Photography: Phillip C. Reiner
