Super Soldiers or Social Burden? Ethical Exploration of the Benefits and Costs of Military Bioenhancement.

Q1 Neuroscience
Elise G Annett, John R Shook, James Giordano
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引用次数: 0

Abstract

Biotechnological enhancements for military personnel arouse scrutiny, beyond the ethics of experimental research and due care during operational service, to the eventual return to a civilian life. Reversal of enhancements-by withdrawal, extraction, deactivation, modification, destruction, etc.-will be just as experimental and consequential. Super soldiering may not smoothly transition to ordinary habilitation and lifestyle. Complete reversions of dramatic augmentations, such as prosthetics or brain-computer interfacing, could be more damaging to the person than the initial installation. Partial reversions would be just as perplexing, as discharged personnel retain workable technology to prevent disability while other careers next beckon for a suitably empowered individual. Either way, all such biotechnological enhancements must be treated as ethical and social experiments having both positive and negative potential outcomes. Life stages of technologically modified military personnel require special ethical consideration beyond the lifecycle of the technology itself. The post-enhancement veteran is a largely unexplored area, and we propose that these civilian "supra-soldiers" will become a cohort of increasing interest, requiring continued care and ethical support. To that end, we suggest a system of guidelines to ensure ethically sound support for those who serve, and have served, in national defense.

超级战士还是社会负担?军事生物强化效益与成本的伦理探讨。
对军事人员的生物技术改进引起了严格的审查,超出了实验研究的道德规范和业务服务期间的应有注意,直至最终恢复平民生活。通过撤回、提取、失效、修改、破坏等方式来逆转增强,将同样是实验性的和必然的。超级军人可能无法顺利过渡到普通的居住和生活方式。完全逆转戏剧性的增强装置,如假肢或脑机接口,可能比最初的安装对人的伤害更大。部分恢复将同样令人困惑,因为退休人员保留了防止残疾的可行技术,而其他职业则在召唤适当授权的个人。无论如何,所有这些生物技术的增强都必须被视为具有积极和消极潜在结果的伦理和社会实验。经过技术改造的军事人员的生命阶段需要在技术本身的生命周期之外进行特殊的伦理考虑。增强后的退伍军人在很大程度上是一个未开发的领域,我们建议这些平民“超级士兵”将成为一个越来越感兴趣的群体,需要持续的照顾和道德支持。为此目的,我们建议建立一套指导方针,以确保为那些在国防中服役和曾经服役的人提供合乎道德的支持。
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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来源期刊
AJOB Neuroscience
AJOB Neuroscience Neuroscience-Neuroscience (all)
CiteScore
12.20
自引率
0.00%
发文量
48
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