为了比“负建筑”更进一步设计者想到了“呼吸建筑”。负建筑与环境的关系是被动的,但“呼吸建筑”则能与环境进行互动交流。如果我们屏住呼吸而产生局促感,可能就会感觉建筑变小了。相反,如果我们深呼吸就会有空阔之感,于是就可能感觉建筑变大了,这样就产生了建筑的新动态风格。技术上,使用一种名为Tenara的新膜材料创建出了一个内含空间的双层膜结构。两层膜由聚酯线相连,膜的连接处和线放在600mm的树脂里,使其在膜上只是呈现点状。 In order to be more than “negative building ” designers think of “breathing architecture ”. The relationship between negative buildings and the environment is passive, but “breathing architecture ” can interact with the environment. If we feel cramped by holding our breath, we may feel the building gets smaller. On the contrary, if we take a deep breath there will be a sense of spaciousness, then we may feel that the building has become larger, thus creating a new dynamic style of architecture. Technically, a new membrane material called Tenara was used to create a bilayer membrane structure containing space. Two layers of film connected by the polyester line, the film at the junction and the line on the resin in 600mm, so that it is only in the film showing a dot.