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Some System Comments on the Work of the Brain's Hemispheres: the Role of the

机译:关于大脑半球工作的一些系统评论:大脑的作用

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Accepting the common opinion that the brain hemispheres are distinct in their basic functions, we first suggest some simple arguments, both physical and system, for the mutual dependence (working) of the hemispheres. The distinction in the hemispheres' features is represented by two respective inputs of the brain, different in their informational and (thus) frequency ranges. The concept of input allows us to formulate the problem of frequency relations within the thinking process, and to thus come to the conclusion that to treat the information, the brain must generate some electrical signals/processes. That is, signal processing by the brain cannot be reduced to a purely algorithmic (logical) treatment typical for computers, and is essentially physiological. Developing this argument, we use the possibility [1] to observe in a complicated system/structure with numerous internal connections, either NL or LTV subsystems. In general, the system approach to biology appears here to be not entirely subordinated to such requirements, coming from biology, as, e.g., developing electronic models of physiological cells. It is also an independent and instructive research tool helpful in understanding brain function. Noting that the intellectual overstress (overloading the right hemisphere) imposed by the society's informational influence, is unhealthy for many, we see in it a reason for the (still unexplained in any other way) days of violence and the autistic epidemic, -- the severe social problems we face which should not be ignored by the biologists occupied with the brain studies.
机译:接受大脑半球在基本功能上各不相同的普遍观点,我们首先提出一些简单的论点,包括物理和系统方面,以求大脑半球相互依赖(起作用)。半球特征的区别由大脑的两个各自的输入表示,它们的信息频率范围和(因此)频率范围不同。输入的概念使我们能够在思考过程中阐明频率关系的问题,从而得出结论,要处理信息,大脑必须产生一些电信号/过程。即,大脑的信号处理不能简化为计算机典型的纯算法(逻辑)处理,并且实质上是生理上的。发展这一论点,我们使用可能性[1]来观察具有大量内部连接(NL或LTV子系统)的复杂系统/结构。通常,生物学的系统方法在这里似乎并不完全服从于诸如生物学细胞的电子模型等生物学的要求。它也是有助于理解脑功能的独立且具有指导意义的研究工具。注意到由社会的信息影响所造成的智力过度紧张(使右半球超负荷)对许多人来说是不健康的,我们认为其中有(仍然无法以任何其他方式解释)暴力日和自闭症流行的原因,我们所面临的严峻的社会问题,脑科学研究的生物学家不应该忽视。

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