Ideas change everything

我們將如何成為生化人和擴展人類的潛能

2,400,989 plays|

休 · 赫爾 |

TED2018

• April 2018

仿生學設計師休 · 赫爾認為，人類很快將會擁有新的肢體，這些肢體將使自然世界和人造世界間的界限永遠模糊。在這難忘的演講中，他詳細介紹在麻省理工學院開發的創造人體機器人功能的「神經體現設計」。他向我們展示，未來重新定義人類潛能的方式將能夠增強體能，也許還能變成超級英雄。他相信「本世紀末將會出現當前人類無法辨識的形態和動力學。」他預測「人類將會飛行和翱翔」。

Want to use TED Talks in your organization?

Want to use TED Talks in your organization?

仿生學設計師休 · 赫爾認為，人類很快將會擁有新的肢體，這些肢體將使自然世界和人造世界間的界限永遠模糊。在這難忘的演講中，他詳細介紹在麻省理工學院開發的創造人體機器人功能的「神經體現設計」。他向我們展示，未來重新定義人類潛能的方式將能夠增強體能，也許還能變成超級英雄。他相信「本世紀末將會出現當前人類無法辨識的形態和動力學。」他預測「人類將會飛行和翱翔」。

Want to use TED Talks in your organization?

This talk was presented at an official TED conference.

Read our curation guidelines.

About the speaker

Bionics designer

See speaker profile

At MIT, Hugh Herr builds prosthetic knees, legs and ankles that fuse biomechanics with microprocessors to restore (and perhaps enhance) normal gait, balance and speed.

Learn more

Agonist-antagonist Myoneural Interface (AMI)

In order to create a more complete prosthetic control experience, researchers at the Center for Extreme Bionics at the MIT Media Lab invented the agonist-antagonist myoneural interface (AMI), a method to restore proprioception to persons with amputation.

RESEARCH ARTICLE

"Proprioception from a neurally controlled lower-extremity prosthesis"

Science Translational Medicine, 2018

This talk was presented at an official TED conference.

Read our curation guidelines.