From Lullus to Cognitive Semantics: The Evolution of a Theory of Semantic Fields :: Philosophy Philosophical Essays

From Lullus to Cognitive Semantics The Evolution of a Theory of Semantic Fields abridgment The domain of cognitive semantics-insofar as it deals with semantic neighborhood and semantic fields-is discussed from a historical perspective. I choose four distinct stages in the maturation in philosophy of language Raymundus Lullus and his Ars Magna (14th century) Giodano Bruno and his artificial memory system (16th century) Charles Sanders Peirce and his delineated logic (19th century) and, Kurt Lewin and his topological psychology (20th century). Their proposals furnish steps toward a kind of space-oriented feigning of semantic neighborhood and semantic fields. Linguistic developments since 1920 (field linguistics) and more recently in cognitive semantics be compared to the evolution in the frame of philosophy as put forth above. The result is that we criticize cognitive semantics insofar as the field does not reflect the philosophical work done since Raymundus Lullus, which is excee dingly relevant for contemporary cognitive science. IntroductionAlthough field-semantics was only renderd at the etymon of the 20th century, some of its major features have precursors dating back to antiquity. twain disciplines have contributed to it logic on the one hand and models of the world / cosmology on the other hand. My detail concern will be the progress of a space-orientated concept of a semantic field because, as the news show field indicates, the imaginations of dimensionality (one two- or multi-dimensionality) lies at the heart of the image-schema field in its supposititious use.1 The circular fields of LlullThe first systematic spatial fundamental law of lexical items (their concepts) was put forward by Raymundus Lullus (Ramn Llull 1232-1314). All conceptual systems of his Ars Magna are arranged in a linear order with (normally) baseball club segments. Since the extremes of this belt are joined, we have a circular field. Every concept has two neighbours, a nd by adding specific figures (triangles, squares, etc.) one can join three, four, etc. concepts to create a sub-network. The concepts of an area of knowledge may be organized into a set of such nine-tuple fields. On top of all the more specific conceptual fields (arrays of nine concepts), stands a universal field, which contains those qualities of God that are at the origin of all further entities and their concepts. The semantic system has an ontological and metaphysical foundation in the tradition of Aristotelian and medieval logic.The idea that concepts/words form linear arrays, that the extremes may be glued together, and that a hierarchy of such arrays exists, is a first realization of field-semantics.