Baby Steps to Superintelligence: Neuroprosthetics and Children.

Journal of evolution and technology Pub Date : 2012-06-01
Matthew S Lucas
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Abstract

Children surviving neural injuries face challenges not seen by their adult counterparts, namely that they experience neural injury before reaching neurodevelopmental maturity. Neural prostheses offer one possible path to recovery, along with the potential for functional outcomes that could exceed expectations. Although the first cochlear implant was placed more than fifty years ago, the field of neuroprosthetics is still relatively young. Several types of neural prostheses are in development stages ranging from animal models to (adult) human trials. In this paper, I discuss how neural prostheses may assist recovery for children surviving neural injury. I argue that approaching the use of neural prosthetics in children with considerations derived from transhumanism alongside traditional bioethics can provide an opportunity to reframe adult-focused ethics toward a child/family focus and to strip away the prejudicial metaphor of cyborgization.

迈向超级智能的婴儿步:神经义肢和儿童。
神经损伤存活下来的儿童面临着成人所没有的挑战,即他们在达到神经发育成熟之前就经历了神经损伤。神经假体提供了一种可能的恢复途径,以及可能超出预期的功能结果。虽然第一个人工耳蜗是在50多年前植入的,但神经义肢领域仍然相对年轻。几种类型的神经假体正处于从动物模型到(成人)人体试验的发展阶段。在本文中,我讨论如何神经假体可能有助于恢复幸存的儿童神经损伤。我认为,基于超人类主义和传统生物伦理学的考虑,在儿童中使用神经假肢,可以提供一个机会,将以成人为中心的伦理学重新构建为儿童/家庭的焦点,并消除对电子化的偏见隐喻。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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