
Our environment, in all’its multiplicity, reveals rich geometric structures whose regularity and repetitiveness we are naturally inclined to perceive. These can appear as stable, immobile patterns, but they can also be dynamic: emerging, disappearing, or metamorphosing from one state to another. The complexity, precision, mystery and beauty of these patterns captivate and amaze us.
Conceived by professors Marc Troyanov, Hugo Parlier and Michael Herbst, and co-produced by EPFL Pavilions, Shapes: Patterns in Art and Science is the fruit of an interdisciplinary collaboration between the EPFL Institute of Mathematics and the universities of Luxembourg, Lausanne and Fribourg. Combining scientific exploration with an artistic eye, it highlights a shared fascination with geometric, dynamic and symmetrical structures. The exhibition can be viewed on campus until 9 March 2025.
Inspired by the works of M.C. Escher and Johannes Kepler, we sought to create a space where the boundaries between science, mathematics and art dissolve, opening the way to a territory where structure becomes emotion and emotion becomes structure.
Marc Troyanov, co-curator
An exhibition in four dimensions
Shapes offers the public a dynamic exploration of bacterial communities and the complex structures they create, as well as a plunge into the geometry and symmetry of crystalline structures. The exhibition is also a tribute to the beauty of spheres and the complexity of their stacking. Finally, interactive installations encourage the public to take part in this exchange, to express themselves and leave their mark.
Between rigour and poetry, Shapes: Patterns in Art and Science lifts the veil on the artistic nature of science, which observes, orders and reveals the often unsuspected beauty of the forms that surround us.
Exhibition
Shapes: Patterns in Art and Science17.1.-9.3.2025
EPFL Pavilions, Pavilion A
Symposium
Shapes Symposium: Encounters between art and science12.2.2025, 9 am-5 pm, Foyer SG, EPFL
https://epfl-pavilions.ch/events/shapes-symposium


