[Fuller_Prevailing Conditions in the Arts].


If this is the case, how animated can materials and utterly buildings become? It is already obvious that a building responds as a living organism to it's environments,through heat exchange etc., but how literal can that become? Living tissues embedded in building materials could make buildings grow in time, and utterly die at some point! And regenerate_ That could lead to a new building ecology. Building could just grow following a genetic code of some sort, and then architecture would eventually be bio-architecture, or biotecture, a whole new domain. But before getting to extremities we could anyway have materials "perform" one with another, possibly on-site, through chemical reactions.
Biotecture seems to be old-news though. As a term at least, it has been used some times now to speak of sustainable design, green roofs, breathing facades etc. And it has indeed been used once or twice in the way implied before. The closest example seems to be the project at MIT some years ago, the "Fab Tree House"- a proper home constructed almost entirely from living trees and plants. The "Fab Tree House"uses an ancient technique called pleaching- where branches are woven together to form lattice structures.
Tim McKeough, ("The new Climate Almanac: Grow your own Home") ironically points out that biotecture may seem far-fetched, but the tools to build a tree house already exist.
But you can never know..
1 comment:
Lifeform debate_abstract from Wikipedia
"Opinions differ on whether viruses are a form of life, or organic structures which interact with living organisms. They have been described as "organisms at the edge of life", and they resemble organisms in that they possess genes and evolve by natural selection. They reproduce by creating multiple copies of themselves through self-assembly. The United States Code classifies them as microorganisms in the sense of biological weaponry and malicious use.
However, although they have genes, they do not have a cell structure, which is commonly held as the basic unit of life. Additionally, they do not self-metabolize, requiring a host cell to synthesize new products. They do not reproduce outside a host cell (though bacterial species such as Rickettsia and Chlamydia are considered living organisms despite the same limitation). Accepted forms of life use cell division to reproduce, whereas viruses spontaneously assemble within cells, which is analogous to the autonomous growth of non-living crystals. Virus self-assembly within host cells has implications for the study of the origin of life, as it lends credence to the hypothesis that life could have started as self-assembling organic molecules"
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