\”Architecture in the Digital Age\” by ArchDaily, image/information source: ArchDaily
The Silk Pavilion is a project by Neri Oxman and the MIT Media Lab (Mediated Matter Group) that explores the intersection of biological and digital fabrication.
While the original 2013 Silk Pavilion is widely known for using 6,500 silkworms to weave a dome, one of your sources describes a specific exploration within this project (or a related \”Alveolar\” iteration) that integrates microalgae:
- Biological Fabrication: The project explored combining microalgae with mixed silk threads to create a \”living structure.\”
- Evolutionary Design: Unlike static buildings, this structure is designed to evolve as the living organisms (microalgae) grow and fill the voids within the thread framework.
- \”Alveolar\” Approach: This methodology is referred to as an \”Alveolar\” approach. It challenges the standard industrial obsession with uniformity by instead celebrating biological intelligence and variation.
- Material Ecology: This work is part of Oxman\’s broader field of \”Material Ecology,\” which seeks to integrate biological agents directly into materials and architectural systems (e.g., similarly to how her work with 3D printed glass creates optically active structures).
Note on Source Details: One source describing the 2013 Silk Pavilion lists its primary materials as fabric, textile, steel, and silk (referencing the silkworm construction), while the \”Biological Integration\” report specifically attributes the microalgae and mixed silk thread combination to her Silk Pavilion work, highlighting its capacity to evolve and fill voids.
Sources: Biological Integration and Regenerative Urbanism: A Comprehensive Analysis of Biomimetic Infrastructure Silk Pavilion, MIT Media Lab, Massachusetts (2013)*
