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Evolution of signs, organisms and artifacts as phases of concrete generalization

机译:作为具体概括阶段的符号,生物和人工制品的演变

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Expanding on the results of previous contributions I advance several hypotheses on the interaction of physical and semiotic processes, both in organisms and in human artifacts. I then proceed to employ these ideas to formulate a general account of evolutionary processes (cosmic, biological, cultural, etc.) in terms of concrete generalization, where, in analogy with conceptual generalization, novel creations retain antecedent features as special or restricted cases. I argue the following theses: 1) the main point of intersection of physical and semiotic causation (semiosis) is the process of regulation; 2) The broadest form of regulation is a course of actions known as modulation (the regulation of a temporally extended process by another such process); 3) Modulation is a universal means of conveyance by which a form is lifted from one supporting vehicle and re-embodied into another replica. These considerations suggest viewing biological evolution as a complex generalization of semiotic evolution. Biological reproduction is then regarded as a complex generalization of sign replication. The latter is a relatively simple affair: the embodied form is external and largely independent of its indifferent supporting medium. Biological reproduction, on the contrary, is an extremely complex dynamical process in which the embodied type (taxon) is duplicated from within the medium, through the subsidiary internal replication of molecular genetic records. These ideas are developed and illustrated through comparisons between the evolution of organisms and that of human artifacts.
机译:在扩展先前贡献的结果时,我提出了关于生物体和人类人工制品中物理和符号过程相互作用的几种假设。然后,我继续运用这些思想,以具体的概括性来概括描述进化过程(宇宙,生物学,文化等),在这种情况下,与概念性概括类似,新颖的创作保留了特殊或受限情况下的先行特征。我提出以下论点:1)物理和符号因果关系(符号化)的交集的重点是调节过程; 2。 2)调节的最广泛形式是被称为调制的动作过程(通过另一个此类过程对时间扩展过程的调节); 3)调制是一种通用的运输方式,通过该运输方式,可以从一种支持车辆上抬起表格并将其重新体现为另一种复制品。这些考虑建议将生物学进化视为符号学进化的复杂概括。生物复制被认为是符号复制的复杂概括。后者是一个相对简单的事情:体现的形式是外部的,在很大程度上与其无关的支持媒介无关。相反,生物复制是一个极其复杂的动力学过程,其中通过分子遗传记录的辅助内部复制从介质内部复制体现类型(分类群)。通过比较生物进化过程和人类人工产物的发展,提出并阐明了这些想法。

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