首页> 外文期刊>Cybernetics & Human Knowing >Diminishing Dualism: Gregory Bateson and the Case for Heterarchy
【24h】

Diminishing Dualism: Gregory Bateson and the Case for Heterarchy

机译:减少二元论:格里高里·贝特森和等级制度

获取原文
获取原文并翻译 | 示例
           

摘要

The Cambridge (UK) Declaration on Consciousness, proclaimed on July 7, 2012 at a Conference on Consciousness in Human and Non-Human Animals, states that there is natural intelligence, and by implication, mind in nature. The declaration marks a significant shift from portraying animal agency through a mechanistic lens. Many years before Bateson had argued that the key to eliminating animal-human dualism lies in an understanding of communication processes, that is, recognition and investigation of an implicate order without which animate existence would not survive. The first part of this article will discuss how communication yields real world patterns to which natural intelligence responds. Bateson is supported in this argument by Ruth Garrett Millikan, the founder of Biosemantics, who also demonstrates how the grasping of natural signs in recursive relational patterns generates meaningful interactions. The second part of this paper concerns mapping of multiple levels of organic existence and how a notion of heterarchical order is linked to communication processes in and between these multiple levels. This important switch of reference stems from Bateson transposing Warren McCulloch's ideas about distributed memory. Bateson transforms McCulloch's technical (computer-oriented) insight into a means for mapping redundancy in levels of communication feedback. Recent publications by scholars influenced by Bateson's approach explain how communication processes coordinate non-transitive distribution of multiple layers of organization into heterarchies rather than hierarchies (Bruni & Giorgi, 2015, 2016). They show why the importance of the notion of heterarchy, with its dynamic synchronicity, has grown in recent years, especially in respect of the way in which genetics interrelates to microbiotic, epigenetic and environmental levels of organization. In addition, Nomura, Murunaba, Tomita, & Matsuno (2018) argue that synchronicity requires an altered understanding of temporality in the plant kingdom. An important addition to our understanding of time concerns the inter-subjective timing of organisms, as they negotiate localized coordination. The perspectives of inter-subjective time is one which extends beyond its usual correlates of subjectivity and objectivity, and modifies these perspectives that, until now, have fostered dualism. A final consideration is Bateson's move to diminish dualism through an understanding of holographic coding. Its resonance of downward causation permits communication to be informative in the whole econiche, so permitting re-entry of ecosystemic form in order to resist fragmentation and competition among its parts (Harries-Jones, 2016a). Wohlleben (2016) provides an empirical example of this Gaia-like performance.
机译:2012年7月7日在“人类和非人类动物的意识会议”上宣布的《剑桥(英国)意识宣言》指出,自然是自然的智慧,并且蕴含着自然的思想。该宣言标志着从刻画动物的代理权到机制的转变。在贝特森(Bateson)争论很多年之前,消除动物-人类二元论的关键在于对传播过程的理解,即对隐含秩序的认识和研究,没有生命的生存就无法生存。本文的第一部分将讨论通信如何产生现实世界对自然智能做出响应的模式。生物语义学的创始人露丝·加勒特·米利坎(Ruth Garrett Millikan)支持贝特森的这一论点,他还证明了递归关系模式中自然符号的把握是如何产生有意义的相互作用的。本文的第二部分涉及有机存在的多个层次的映射以及层次结构的概念如何与这些多个层次之间以及之间的通信过程相关联。这种重要的参考转换源于贝特森(Bateson)对沃伦·麦卡洛克(Warren McCulloch)关于分布式内存的想法的转变。 Bateson将McCulloch的技术(面向计算机)见识转化为一种在通信反馈级别映射冗余的方法。受贝特森(Bateson)方法影响的学者最近的出版物解释了沟通过程如何将组织的多个层次的非传递性分布协调为层次结构,而不是层次结构(Bruni&Giorgi,2015,2016)。它们说明了为什么近年来异质性概念及其动态同步性变得越来越重要的原因,特别是在遗传学与微生物,表观遗传学和组织环境水平相互关联的方式方面。此外,野村(Nomura),穆伦纳巴(Mununaba),富田(Tomita)和松野(Matsuno)(2018)认为,同步性要求改变植物界对暂时性的理解。我们对时间的理解的一个重要补充涉及生物在协商局部协调时的主体间时间。主体间时间的观点是一种超越其通常的主观性和客观性联系的观点,并且对这些观点进行了修改,直到现在,这些观点仍促进了二元论。最后要考虑的是贝特森(Bateson)通过理解全息编码来减少二元性的举动。其向下因果关系的共鸣使交流在整个生态环境中都是有益的,因此允许重新进入生态系统形式,以抵抗其各个部分之间的分裂和竞争(Harries-Jones,2016a)。 Wohlleben(2016)提供了这种类似于Gaia的性能的经验示例。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号