A Momentary Flow

Rebuilding worldviews one world at a time

Synthetic-biology approaches change our expectations of architecture. Rather than being inert, buildings could respond to the seasons as our parks and gardens do, with living coatings adapting to the availability of more or less wind, sunlight and water. Protocell-based coatings offer not only the capacity for a unique growth of materials but also potential applications in “healing” “broken” buildings, by which molecular interactions detect and deposit material into stress fractures to form “scar tissue” at the microscale. (via A Trip To The Living City Of The Future | Co.Exist: World changing ideas and innovation)

Synthetic-biology approaches change our expectations of architecture. Rather than being inert, buildings could respond to the seasons as our parks and gardens do, with living coatings adapting to the availability of more or less wind, sunlight and water. Protocell-based coatings offer not only the capacity for a unique growth of materials but also potential applications in “healing” “broken” buildings, by which molecular interactions detect and deposit material into stress fractures to form “scar tissue” at the microscale. (via A Trip To The Living City Of The Future | Co.Exist: World changing ideas and innovation)

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