Our research is greatly inspired by nature, art, and design. A new research effort can be triggered by an observation in nature, a discussion about design, or a reflection about an art piece. We aim to close the cycle and actively seek collaborations with designers and artists to explore how our research can enable new creations. Below we show projects that make use of scientific insights, computational methods, or design tools developed at GCM.
Circadiem
The CIRCA DIEM installation aims to contest the progressive disconnect of the contemporary city from the natural day-night cycle.
Pinnannousu
PINNANNOUSU is an immersive robotic performance with caustic lenses carved in ice.
Animation Glass
Inspired by our research on elastic knots, Mark designed this hand-crafted crystal glass as part of Artel’s Animation Collection.
Presidential Caustic
A gift from the Swiss Government to the President of the United States.
The Rayy
Personalized jewelry creations that reveals a unique message when the sun shines.
Interlocking Cube
An interlocking puzzle designed by Peng Song is the latest gift for the recipients of the EPFL honorary doctoral degree.
Woven Kleinbottle
A classic mathematical surface interpreted as a curved weaving.
Auxetics
Complex forms made from a single sheet of auxetic material.
Interlocking Bench
Interlocking furniture requires no connectors, such as nails or screws, to hold the pieces together.
Caustic Lion
A carefully crafted aluminum plate creates a reflective lion caustic.
Shadow Cube
A glass cube creates three distinct shadows.
Wiremesh Torso
A male torso formed from a single sheet of wiremesh.
X-Shell Pavilion
The deployable X-shell pavilion won the award at the 2019 IASS Form and Force Exhibition.
SOL.ID
A permanent installation at EPFL creates new caustic imagery every day.
Outrelumiere
The artwork of Pierre Soulages interpreted through interactive caustics.
Mimicry
An interactive video installation that comes to live when observed.
Planar Pieces
Interlocking planar pieces approximate complex freeform shapes.