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From a frog's eye to the human mind: Transformations of the neocybernetic project in the theory of autopoiesis

机译:从青蛙的眼睛到人类思想:在自身涂覆理论中的新伯伯对项目的转变

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The article considers the evolution of the theoretical views of the representatives of the "Santiago school" on the relationship between cognition and biological processes in the context of the neocybernetic movement. In contrast to the classic (first order) cybernetics, neocybernetics concentrated on observing the cognitive activity of living organisms instead of engineering machines that imitated biological and/or cognitive processes. Building on the synthesis of the data gathered in the studies of the visual perception of amphibians in the early 1970s, Humberto Maturana along with Francisco Varela proposed a theory of autopoiesis that treated living systems as cognitive systems. According to the theory of autopoiesis, cognition and life are two sides of one process of the living system's self-production and maintenance. Due to its tensions with the genetic and evolutionary aspects of mainstream biology, this theory received almost no recognition among the biologists, but instead was widely accepted within the countercultural movement. In particular, it was the community around the magazine called CoEvolution Quarterly that was first to introduce questions of ecology, system thinking and holistic methodology in the social field. The further evolution of the "Santiago school" is associated with Varela's project of "neocybernetic dialectics", which aimed at dissolving the dualistic thinking. In this project, the elements of binary oppositions (such as "mind/body") were assessed as two sides of a dynamically emerging process. The present paper shows that Varela's later studies devoted to the widening of the scope of cognitive science (enactivism), methodological solution of the "hard problem of consciousness" (neurophenomenology) and the reclaiming of the notion of teleology in biology develop the neocybernetic project that was initially launched by Maturana and was based on his criticism of classic cybernetic epistemology.
机译:本文认为,“圣地亚哥学校”代表的理论观点的演变,就新伯维运动的背景下的认知与生物学过程之间的关系。与经典(一阶)控制论人物相比,新ybernetics集中于观察生物体的认知活动而不是模仿生物和/或认知过程的工程机器。在20世纪70年代初,亨伯托马鲁塔哈姆斯科拉纳与弗朗西斯科·瓦雷拉一起综合作出的综合,亨伯托Maturana提出了一种将生物系统视为认知系统的自身溢影理论。根据自动血吸虫理论,认知和生命是生活系统自我生产和维护的一个过程的两面。由于其紧张局势与主流生物学的遗传和进化方面,这种理论在生物学家之间几乎没有识别,而是在反文化运动中被广泛接受。特别是,它是杂志周围的社区,称为共同季刊,首先是在社会领域介绍生态,系统思维和整体方法的问题。 “圣地亚哥学校”的进一步发展与瓦雷拉的“新伯爵辩证法”项目有关,旨在溶解双重思维。在该项目中,二进制反对派的要素(例如“思维/机构”)被评估为动态新兴程序的双方。本文表明,瓦雷拉的后期研究致力于扩大认知科学(拟章),“意识难题”(神经胶质学)的方法解决方案,以及在生物学中神经学的概念开发新伯维项目最初是由Maturana推出的,并依据他对经典的控制论认知学的批评。

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