Intersections
A Public Art Exhibition
Phillip C. Reiner
Located in Berlin, Phillip C. Reiner is a geometric researcher and architect working at the intersection of mathematical principles and artistic expression. As the founder of protoCtrl, he investigates the relationship between mathematical structures and their physical manifestations in art and architecture. His research focuses on the development of novel polyhedric systems, aperiodic patterns, and the exploration of symmetry groups in three-dimensional space.
Previously, Reiner founded and led the Advanced Geometries Department at Studio Olafur Eliasson, where he pioneered new methodologies for translating complex geometric concepts into physical models and artistic installations. During this time, he developed innovative approaches to geometric interpretation that continue to influence his current work in the field of mathematical art and design.
Through sustained partnerships with artists, mathematicians, and architects, Reiner explores how geometric principles can enhance artistic expression and spatial understanding. His research regularly contributes to the Bridges Conference, connecting mathematics and art communities internationally. Current investigations at protoCtrl include the development of novel geometric systems for artistic applications and the study of relationships between mathematical structures and natural phenomena, integrating computational geometry with traditional craftsmanship.
Works
Dandelion Sphere No.15
3D Print
6.5” x 6.5” x 6.5"
“
The Dandelion Sphere embodies the humanistic beauty of mathematics through its intricate interplay of geometry and growth. Its five layers of progressively complex polyhedra invite viewers to explore the elegant logic of mathematical relationships, creating moments of wonder and discovery. By branching outward from each vertex to form new layers, the structure metaphorically reflects the interconnectedness of mathematical ideas and their capacity to illuminate both natural and human-made patterns.