Neuroscience and Blockchain

Hamed Taherdoost
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Abstract

s Our brain is made of thousands of neurons that create a chain of different episodes stored in the human brain in a decentralized manner that shapes human conscious experience just like blockchain technology. Although the human brain can voluntarily delete some episodes stored by the mechanism of distributed neurons, this ability is limited. Thus, each episode is open to access and saved securely so that we do not confuse our childhood memories with movie characters same as blocks in a decentralized ledger (Allegri, 2021). In this paper, it is investigated that some properties of the human brain can be to some extent analogical to blockchain and that certain blockchain concepts can be applied to the development of neuroscience as knowledge of the workings of the human brain and memories. At the same time, the latest advancements in blockchain technology can be fruitful in the development of neuroscience. To closely examine the correlation between neuroscience and blockchain, decentralized ledger technology concepts and neuroscience basics are presented [1].
神经科学和区块链
我们的大脑是由成千上万的神经元组成的,这些神经元创造了一系列不同的事件,以一种分散的方式存储在人脑中,就像区块链技术一样塑造了人类的意识体验。虽然人类大脑可以主动删除一些由分布式神经元机制存储的片段,但这种能力是有限的。因此,每一集都是开放的,可以安全地保存,这样我们就不会把我们的童年记忆和电影角色混淆,就像分散分类账中的区块一样(Allegri, 2021)。在本文中,研究人员研究了人类大脑的一些特性在某种程度上可以类似于区块链,并且某些区块链概念可以作为人类大脑和记忆工作的知识应用于神经科学的发展。与此同时,区块链技术的最新进展可以在神经科学的发展中取得丰硕成果。为了仔细研究神经科学与区块链之间的相关性,本文提出了去中心化分类账技术概念和神经科学基础知识[1]。
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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