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Form Finding Lab.
Princeton University

Exhibit: Kirigami d’Aria at ECC, Venice, Italy

Kirigami d’Aria – our contribution to Time Space Existence 2025, the ECC Italy’s  biennial architecture exhibition – is live and open to the public! You can visit the installation (free entry) through November 23, 2025 on the mezzanine terrace of Palazzo Mora in Venice, Italy.

About the project: As cities grow denser and hotter, the built environment remains largely static, trapping heat and contaminants. In response, Kirigami d’Aria envisions urban architecture as adaptive, self-regulating, and life-like. Inspired by kirigami, the Japanese art of paper cutting, the pavilion’s canopy takes a wavy, porous form that stretches open and closed, modulating wind and sunlight simultaneously. Its shimmering, dichroic surface emphasizes its fluid-like movement while the structure breathes. Designed for urban canyons, courtyards, or park pavilions, Kirigami d’Aria integrates with existing structures, and demonstrates how climate-responsive architecture can be scalable and accessible.

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Exhibit: Alternative Skies at the Venice Architecture Biennale, Italy

We’re pleased to share that our latest paper, “Numerical modeling of cantilevered bigon arm mechanics under gravity,” by Axel Larsson @axla.io and Sigrid Adriaenssens is now published Open Access in the Journal of the Mechanics and Physics of Solids (link in bio)

In this work, we investigate the stability regimes of reconfigurable bigon arms under gravitational loading—offering new insights into multi-stable structural systems.

Read more >

Publication: Form-finding and metaheuristic multiobjective optimization methodology for sustainable gridshells with reduced construction complexity and waste

We’re pleased to share that our latest paper, “Numerical modeling of cantilevered bigon arm mechanics under gravity,” by Axel Larsson @axla.io and Sigrid Adriaenssens is now published Open Access in the Journal of the Mechanics and Physics of Solids (link in bio)

In this work, we investigate the stability regimes of reconfigurable bigon arms under gravitational loading—offering new insights into multi-stable structural systems.

Read more >

Keynote: Frei Otto 100, ILEK, Stuttgart, Germany

We’re pleased to share that our latest paper, “Numerical modeling of cantilevered bigon arm mechanics under gravity,” by Axel Larsson @axla.io and Sigrid Adriaenssens is now published Open Access in the Journal of the Mechanics and Physics of Solids (link in bio)

In this work, we investigate the stability regimes of reconfigurable bigon arms under gravitational loading—offering new insights into multi-stable structural systems.

Read more >