改写突触通路_赛博朋克2077分离芯片

更新时间 2022-05-08 23:44

改写突触通路分属于《赛博朋克2077》的分离芯片。

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基本信息

改写突触通路
类型	科技

文本提取：I_Sharp
校对：忍者猫

改写突触通路
Rewiring Synaptic Pathways

改写突触通路

第一章：神经科技的未来

21 世纪预示着全球神经科技革命的到来。作为一个社会，我们已经无法想象如果没有加强的感官、增强的记忆力和疼痛调节器，自己该如何存续下去。把神经系统和电脑芯片连接起来，我们就能在几秒内学会复杂的技能；移除之后，又可以瞬间忘掉。在过去的近八十年里，日常生活与这些技术的结合越来越紧密。人们不禁要问：接下来呢？

近年来，学术界对于影响大脑可塑性的潜在新方法展开了新的讨论。有没有可能利用协同处理器创造出永久性的神经通路？我们能否在有生之年实现多巴胺数据操控方面的突破？如果能做到，会有什么样的后果？人工神经递质投入商用的可能性一旦出现，无疑就会重塑健康科学领域，同时也有可能沦为大多数政府和公司的毁灭性手段。大脑可塑性操控的研究仍然处于起步阶段，但是绝大多数专家都认为我们应该做好准备。因为在未来，神经改写将会变得和今天广泛应用的义体植入一样司空见惯。眼下的研究应该着手探索如何运用科技改造我们的肉体，优化这一技术的效果，减少其滥用以及潜在的副作用。

Rewiring Synaptic Pathways

Chapter 1: The Future of Neurotechnology

The twenty-first century heralded a worldwide revolution in neurotechnology. We, as a society, can no longer imagine an existence without technologically heightened senses, enhanced memory capacity, and pain modulators. By linking our neural systems with computer chips, we are capable of learning complex skill sets in seconds – then subsequently forgetting them again the instant they are removed. Today, after nearly eighty years of increasingly incorporating these technologies into our daily lives, we must now ask ourselves: What comes next?

In recent years, the academic community has reignited discussions on possible new methods to influence brain plasticity. Is it possible to create permanent neural pathways using coprocessors? Can we expect a breakthrough regarding dopaminergic data manipulation in our lifetimes? If so, what will be the consequences? The probable emergence of commercially viable artificial neurotransmitters would undoubtedly reshape the health science field, yet would simultaneously introduce a potentially destructive tool to most governments and corporations. The field of plasticity manipulation remains in its infancy, but most experts agree we should prepare for a future in which such neurological rewiring will become as commonplace as the cybernetic implants used so pervasively today. Studies should begin exploring now how science can adapt our bodies to optimize the effects of this technology while minimizing its abuse and potential unwanted side effects.