“Computer metaphor”, interhemispheral asymmetry and species (spontaneous) knowledge of Homo sapiens

N. Alexandrova
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Abstract

The purpose of this article is to supplement the discussion in the field of research and modeling of the process of cognition first with data from neuropsychology and interhemispheric asymmetry, and second with reflections on species’ (spontaneous) knowledge of Homo sapiens. I. The data of neuropsychology and interhemispheric asymmetry signify two differently directed and complementary ways of processing information and regulating the functions inherent in the brain. One of these methods is analytical computer-like information processing, which is necessary for voluntary learning, the other method provides holistic-simultaneous, imaginative, unconscious, and involuntary processing. The duality of cognitive strategies is clearly manifested in the psychological analysis of syndromes in the case of brain lesions, as well as various conditions in healthy people (for example, in the case of bilingualism). II. Biological existence, which is the basis for all other layers of life, is provided by species-specific behavior and knowledge. Presumably species knowledge manifests itself as 1 — Constant involuntary assessment of the surrounding world and adequate reactions to changes in the world: from ordinary reactions (step aside, add a step, etc.) to the ability to react without hesitation in dangerous situations. 2 — The ability to understand connections between phenomena without scientific calculations. The entire history of mankind speaks of the existence of such an ability. People survived without science and created science along the way. 3 — Deep knowledge (often without the ability to logically explain) of what is natural and useful for us as representatives of the Homo Sapiens species, and of what is unnatural and harmful. There are reasons to assume that species knowledge is the basis that determines the common behavior of people of different eras and cultures in everything related to the continuation of the family and the cultivation of a new generation. Species knowledge merges together in the process of development with the knowledge gained during training.
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“计算机隐喻”,半球间不对称和智人的物种(自发)知识
本文的目的是补充认知过程研究和建模领域的讨论,首先是神经心理学和半球间不对称的数据,其次是对智人物种(自发)知识的反思。神经心理学的数据和半球间不对称表明了处理信息和调节大脑固有功能的两种不同的定向和互补的方式。其中一种方法是类似分析计算机的信息处理,这是自愿学习所必需的,另一种方法提供整体同步、想象、无意识和非自愿的处理。认知策略的二重性在对脑损伤患者的综合症以及健康人的各种状况(例如双语者)的心理分析中得到了明确体现。2生物存在是所有其他生命层次的基础,它是由物种特有的行为和知识提供的。大概物种知识表现为1 -不断地对周围世界进行无意识的评估,并对世界的变化做出适当的反应:从普通的反应(退后一步,增加一步等)到在危险情况下毫不犹豫地做出反应的能力。2 -无需科学计算就能理解现象之间联系的能力。人类的整个历史都在说这种能力的存在。人们在没有科学的情况下生存下来,并在此过程中创造了科学。作为智人的代表,对什么是自然的和有用的,什么是不自然的和有害的有深刻的认识(通常没有逻辑解释的能力)。有理由认为,物种知识是决定不同时代和文化的人们在与家庭的延续和新一代的培养有关的一切方面的共同行为的基础。物种知识在发展过程中与训练过程中获得的知识融合在一起。
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
CiteScore
1.20
自引率
25.00%
发文量
47
期刊介绍: Scientific and technical journal Izvestiya VUZ. Applied Nonlinear Dynamics is an original interdisciplinary publication of wide focus. The journal is included in the List of periodic scientific and technical publications of the Russian Federation, recommended for doctoral thesis publications of State Commission for Academic Degrees and Titles at the Ministry of Education and Science of the Russian Federation, indexed by Scopus, RSCI. The journal is published in Russian (English articles are also acceptable, with the possibility of publishing selected articles in other languages by agreement with the editors), the articles data as well as abstracts, keywords and references are consistently translated into English. First and foremost the journal publishes original research in the following areas: -Nonlinear Waves. Solitons. Autowaves. Self-Organization. -Bifurcation in Dynamical Systems. Deterministic Chaos. Quantum Chaos. -Applied Problems of Nonlinear Oscillation and Wave Theory. -Modeling of Global Processes. Nonlinear Dynamics and Humanities. -Innovations in Applied Physics. -Nonlinear Dynamics and Neuroscience. All articles are consistently sent for independent, anonymous peer review by leading experts in the relevant fields, the decision to publish is made by the Editorial Board and is based on the review. In complicated and disputable cases it is possible to review the manuscript twice or three times. The journal publishes review papers, educational papers, related to the history of science and technology articles in the following sections: -Reviews of Actual Problems of Nonlinear Dynamics. -Science for Education. Methodical Papers. -History of Nonlinear Dynamics. Personalia.
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