Metaphor as a Model of Inferential Knowledge: Composite Metaphors in a German Scientific Text

N. Shnyakina
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引用次数: 1

Abstract

The article is devoted to the description of metaphor as a model of inferential knowledge. The specifics of understanding composite metaphors, which describe the elements of the sphere of non-material world, is studied on the material of scientific and popular science texts in German. The problem is important today because of the existing linguistic interest to the processes of generation and understanding of speech. On the base of four-dimensional integration theory developed by J. Fauconnier and M. Turner the paper describes an algorithm for the interaction of mental spaces that provide understanding of complex words (composites). In the article is used the method of modeling that involves the definitional analysis, as well as methods of generalization of concepts, comparison and synthesis. The theoretical significance of the article is determined by its contribution to the solution of methodological problems of the study of inferential knowledge in the field of scientific communication; of practical value are the results concerning the principles of schematization of the process of understanding, which can be used in the disciplines of the cognitive orientation. The specificity of understanding of complex words in a scientific text is the combination in the integrated mental space (blend) of two initial spaces: the first is the basis of metaphorical transfer; it correlates with knowledge about material objects familiar to a person; the second creates the perspective of understanding these objects. The total generic mental space is a link connecting the initial spaces; it is characterized by the inclusion of knowledge about a material object within a certain subject / professional area. The result of metaphorical rethinking and modification of the total generic space is a blend – the new knowledge adapted to the conditions of professional communication. The analysis of the material made it possible to conclude that the understanding of composite metaphors is the result of the formation of integrative conceptual units in the human mind, which allows to realize the metaphor as a model of inferential knowledge that is significant for thinking.
隐喻作为推理知识的模型:德语科学文本中的复合隐喻
本文致力于描述隐喻作为推理知识的一种模式。本文以德语科学和科普文本的材料为研究对象,研究了复合隐喻的理解细节。复合隐喻是对非物质世界领域要素的描述。这个问题在今天很重要,因为现存的语言学对言语的产生和理解的过程很感兴趣。在J. Fauconnier和M. Turner发展的四维整合理论的基础上,本文描述了一种用于心理空间交互的算法,该算法提供了对复杂单词(复合词)的理解。本文采用了建模的方法,其中包括定义分析,以及概念概括、比较和综合的方法。本文的理论意义在于它对解决科学传播领域推理知识研究的方法论问题所做的贡献;关于理解过程图式化原则的研究结果具有实用价值,可用于认知取向的学科。科技语篇中复杂词语理解的特殊性是两个初始空间在综合心理空间中的结合(交融):第一个空间是隐喻迁移的基础;它与一个人熟悉的物质对象的知识有关;第二个创建了理解这些对象的视角。总的一般心理空间是连接初始空间的纽带;它的特点是在某一学科/专业领域中包含有关物质对象的知识。隐喻性的反思和对整个通用空间的修改的结果是一种融合——新的知识适应于专业交流的条件。通过对材料的分析,我们可以得出这样的结论:对复合隐喻的理解是人类头脑中形成综合概念单位的结果,这使得隐喻成为推理知识的一种模式,对思维具有重要意义。
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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