这与执行显微外科手术来移植一个新仿生大脑非常相似 —— 都是一项伟大的成就。
This would be a lot like performing microsurgery to implant a new bionic brain -- a powerful achievement.
一个月后，她得到了她的第一个仿生手臂。
在此我们会一一检验科学家们如何从头到脚地创造一个真正的仿生人类。
Here we examine how science can potentially kit out a human being from head to toe to create a real bionic man.
然而一位来自萨里郡的神经骨科兽医——诺尔菲茨帕屈克——开天辟地的尝试了一种新方法：他给奥斯卡安装了承重的骨植体，打造了一只仿生学猫咪。
But Noel Fitzpatrick, a neuro-orthopedic veterinary surgeon in Surrey, pioneered a groundbreaking technique instead, installing weight-bearing bone implants to create a bionic kitty.
很明显，仿生弹跳器的潜在使用领域早已超出一种玩具了。
Potential uses for the Bionic Boot clearly seemed to exceed that of a toy.
受自然界数字序列的启发，“木兰花”的造型源自黄金分割和仿生模式。
Inspired by numeric sequences found in nature, Wooden Orchids derives its form from the golden section and a biomimetic pattern.
研究人员宣布，完全失明的人可以试一试用一种更先进的"仿生眼"恢复视力。
Profoundly blind people could get their best shot yet of restored vision with a more advanced "bionic eye", researchers have announced.
不久前在生物灵感和仿生学上发布的结果显示：飞蛇的飞行不仅令人叹为观止，并且飞行过程中使用了一些在空气动力方面的很复杂的技巧。
The results, just published in Bioinspiration and Biomimetics, show not only that flying snakes are surprisingly good aviators but also that they employ some complex aerodynamic tricks.
桑迪亚国家实验室的科学家们采取同样的方法，并开始利用它合成一种仿生材料，这种材料模仿了动物的变色功能。
Scientists at Sandia have taken this same approach and started to adapt it to create a synthetic, biomimetic material that will share the animals' ability to colour-shift.
加利福尼亚州的伯克利仿生技术公司设计了一种外骨骼设备，称为人类负重机械外骨骼(HULC)。
Berkeley Bionics of California has designed an exoskeleton called the Human Universal Load Carrier (HULC).
你就会对仿生学的重要性恍然大悟。
你会对仿生学的重要性恍然大悟。
如果你想看到仿生手臂或仿生腿如何运转，可以去看上世纪70年代的电视片或星球大战的电影。
If you wanted to see bionic arms or legs in action, you used to have to look back to 1970s television shows or Star Wars movies.
最著名的科幻小说作者之一，艾萨克·阿西莫夫，在一本以仿生机器人为特写的小说中，他概述了“机器人三定律”，旨在保护人类免受伤害。
One of the most celebrated science fiction authors, Isaac Asimov, outlined 'Three Laws of Robotics' in a novel featuring human-like robots. The rules were designed to protect people from harm.
这是因为，用来源于自然界的灵感制作出的仿生机器，会有更高的效率。
That's because biomimetic gadgets--bots that take inspiration from nature--are often more efficient than their clunkier counterparts.
他的研究对象是蛤，他正在制作蛤的仿生机器人以研究动物的贝壳对其生存机会的影响。
He works on clams and is building robot versions of them to find out how the shape of an animal's shell affects its chances of survival.
水上行走机器人的研究是基于仿生原型水黾能够在水面上行走的基本原理而开展的一种新型仿生机器人研究。
The research on robot walking on water surface is developing a novel bionic based on the basic principle that water strider can walk on water surface.
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.
有一个问题是：现在的仿生胳膊和手没有触觉。
创造者：加州大学伯克利分校毫系统仿生实验室的罗纳德·菲尔林。
Created by: Ronald Fearing at Berkeley University's Biomimetic Millisystems lab.
这种自我回避策略也许将来会应用于仿生机器人的设计。
The self-avoidance strategy might even find its way into bioinspired robot design.
在这种类似于蜂巢的仿生超级思维中，一定酝酿着某种最出人意料的东西。
The most unexpected things will brew in this bionic hivelike supermind.
她的仿生鳍就像个舵，用来保持平衡。这只海龟已经学会用独特的方式划那只完好的鳍来变方向。
Her prosthetic fin acts like a rudder and keeps her stable. The turtle has learned how to flap her one good flipper in unique ways to change direction.
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.
通过对细胞进行仿生，麻省理工学院的研究人员设计出超低功耗用于生物医学的电路。
By mimicking cells, MIT researcher designs electronic circuits for ultra-low-power and biomedical applications.
通过对细胞进行仿生，麻省理工学院的研究人员设计出超低功耗用于生物医学的电路。
By mimicking cells, MIT researcher designs electronic circuits for ultra-low-power and biomedical applications.
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