A paper published in Nature Nanotechnology in 2017 described a concept for this connection, explaining how a flexible circuit could be injected into a living brain.
2017年发表在《自然纳米技术》上的一篇研究论文描述了脑机连接的概念,解释了柔性电路可以如何被注入活人的大脑。
“We’re trying to blur the distinction between electronic circuits and neural circuits,” said Harvard researcher Charles Lieber, who co-authored the study.
研究报告的合著者、哈佛大学研究员查理斯-利伯说:“我们正试着模糊电子线路和神经回路之间的区别。”
“We have to walk before we can run, but we think we can really revolutionize our ability to interface with the brain.”
“在跑之前我们要先学会走,但我们认为我们将彻底革新脑机交互的能力。”
Despite the technology’s potential to augment the human brain, experts have warned that brain-computer interfaces risk being hijacked by rogue artificial intelligence.
这项技术除了有可能增强人脑以外,专家还提醒说,脑机交互还可能被凶猛的人工智能劫持。
augment [ɔːg'ment]:vt.增加;增大
Such a scenario could lead to AI controlling the thoughts, decisions and emotions of a person using a brain-computer link.
一旦被劫持,将导致人工智能可以通过脑机连接控制人的思维、决定和感情。
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