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<p><font size="2">“当解读生活环境中的符号变得日益困难时,我们认为是时候使用植物——我们心目中最精密复杂的传感器和显示器——来建造景观了。”</font></p><font size="2"><p>继<font color="#000000">数字黎明(digital dawn</font>)后,<font color="#000000">Loop.pH</font><font color="#000000">工作室带来了其最新作品——</font><font color="#000000">生物墙</font><font color="#000000">(</font><font color="#000000">BioWall</font><font color="#000000">)。</font></p><p>生物墙是一个手工编织的三维结构。像丝带花边一样,它可以被编成任何尺寸的网状结构。富有弹性的玻璃纤维棒被弯成圈,编织成几十个十二面体,依次被连接在一起。编织纤维在薄片材料的坚硬与织物的弹性之间构造了一个平衡。这一结构采用了自我相似性原理,使其自身从小规模到大规模之间都能正常工作。这种结构在自然环境中也相当常见,比如在泡沫中、活体细胞中和水分子里,我们都能看到它的存在。</p><p>而植物的枝蔓就会顺着这些十二面体生长,最后构成一个巨大的几何形状。</p><p><img height="375" alt="biowall-CRW_4471crp.jpg" src="http://loop.ph/twiki/pub/Loop/BioWall/biowall-CRW_4471crp.jpg" width="500"/></p><p><img height="375" alt="biowall-CRW_4437z.jpg" src="http://loop.ph/twiki/pub/Loop/BioWall/biowall-CRW_4437z.jpg" width="500"/></p><p>BioWall is a hand woven three-dimensional structure that can be crafted into lace-like walls of any dimension. Springy fiberglass rods are bowed into rings and woven into several dodecahedra that in turn are joined together. The woven fibres create a balance between the rigidity of sheet material and the flexibility of a textile. The structure is based on the principle of self-similarity enabling it to work from the nano to the macro scale. It can be seen in our natural environment in the formation of bubbles, living cells and water molecules. </p><p><img alt="biowall-CRW_4461.jpg" src="http://loop.ph/twiki/pub/Loop/NewBritishDesigners/biowall-CRW_4461.jpg"/></p><p>With plants creeping and crawling around the structure, BioWall can become an indoor, living hedge that divides space. By observing the behaviour of plants many farmers can predict and understand the changing weather patterns. As it becomes increasingly difficult to read the signs of our natural environment in urban, built landscapes we use plants in our work as we consider them to be the most sophisticated of sensors and displays. </p><p><img alt="biowall-CRW_4559.jpg" src="http://loop.ph/twiki/pub/Loop/NewBritishDesigners/biowall-CRW_4559.jpg"/></p><p>We use technology to try to reintroduce these ideas by creating reactive surfaces inspired by botanical life that reflect and communicate environmental changes. <br/><img alt="biowall-CRW_4467.jpg" src="http://loop.ph/twiki/pub/Loop/NewBritishDesigners/biowall-CRW_4467.jpg"/></p><p></p><p>在New British Designer的展出现场:</p><p><img height="375" alt="droog-CRW_4497.2.jpg" src="http://loop.ph/twiki/pub/Loop/NewBritishDesigners/droog-CRW_4497.2.jpg" width="500"/></p><p><img alt="biowall-CRW_4533_1.1.jpg" src="http://loop.ph/twiki/pub/Loop/NewBritishDesigners/biowall-CRW_4533_1.1.jpg"/></p><p><img height="375" alt="biowall-CRW_4461.jpg" src="http://loop.ph/twiki/pub/Loop/NewBritishDesigners/biowall-CRW_4461.jpg" width="500"/></p><p></p><p></p><p></p><p></p><p></p><p></p></font> |
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