Model for your circular city, 2024 – Studio Olafur Eliasson

Model for your circular city presents the studio's archive of geometric study models on a circular wooden table measuring 440 centimeters in height and 360 centimeters in diameter. Physical models, maquettes, and prototypes developed by Phillip C. Reiner between 2015 and 2022 sit alongside earlier models by Einar Thorsteinn. A circular configuration organizes these research objects to evoke an unplanned cityscape, where individual geometric investigations cluster across the table surface.

None of the models were created for this presentation; they represent accumulated research output from the studio's geometric work. Reiner's studies cover SuperCube systems, spherical structures, aperiodic arrangements, and branching geometries. Icosahedral symmetries, golden ratio relationships, modular interlocking systems, and compound polyhedral arrangements appear throughout. Some models examine kinetic properties, optical effects, or robotic fabrication constraints.

Circular format distinguishes this presentation from the rectilinear table used in Model room (2003). Radial relationships emerge between models positioned around the perimeter and those occupying the central area. Density and variety of forms produce the cityscape effect rather than deliberate planning. Each object is a specific investigation into spatial, mathematical, or fabrication questions. Many correspond to documented research studies on particular geometric principles or construction methods.

Research:
Geometric investigations span modular SuperCube assemblies, spherical mapping methods, aperiodic tiling principles, and branching structural systems. Research methods included computational geometry, 3D printing for rapid prototyping, parametric modeling, and robotic fabrication studies. Icosahedral and dodecahedral symmetries, rhombic space-filling arrangements, kaleidoscopic optical systems, and pressure-responsive geometries are documented across the collection. Studies examined how geometric principles scale from small prototypes to architectural dimensions while maintaining mathematical coherence.