塔身中部膨胀，释放更多的内部活动空间，塔身整体扭曲，为塔顶获取最佳的景观朝向，此方案在景观塔原型的础上，膨胀、扭曲形成一种自然的仿生形态。
Enlarge the middle part for experience space and to twist the form to face the town center. In the meanwhile, to generate a bionic shape.
动物形态仿生机器人具备的不只是聪明的运动方式，它们还能模仿人类所不具备的感知能力。
Nor are clever ways of moving the only use for zoomorphic robots. They are also able to mimic senses beyond the normal human range.
神经形态电路对神经系统内发现的生物结构，如耳蜗、视网膜和脑细胞进行仿生。
Neuromorphic circuits mimic biological structures found in the nervous system, such as the cochlea, retina and brain cells.
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