Could the Brain Function Mathematically

V. Srivastava, Suchitra Sampath
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引用次数: 2

Abstract

Authors have put forth a hypothesis that the brain bears the innate capability of performing high-level mathematical computing in order to perform certain cognitive tasks. Authors give examples of Orthogonalization and Fourier transformation and argue that the former may correspond to the physiological action the brain performs to compare incoming information and put them in categories, while the latter could be responsible for the holographic nature of the long-term memory, which is known to withstand trauma. Authors plead that this proposal may not be as strange as it may appear, and argue how this line of mathematical modeling can have far-reaching consequences.
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大脑能以数学方式运作吗
作者提出了一种假设,即大脑具有进行高级数学计算的天生能力,以执行某些认知任务。作者给出了正交化和傅立叶变换的例子,并认为前者可能对应于大脑对传入信息进行比较并将其分类的生理行为,而后者可能负责长期记忆的全息性质,众所周知,长期记忆可以承受创伤。作者辩称,这一提议可能并不像看起来那么奇怪,并认为这条数学建模路线会产生深远的影响。
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