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      The Meaning of Motion Lines?: A Review of Theoretical and Empirical Research on Static Depiction of Motion

      1 , 1
      Cognitive Science
      Wiley

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          Abstract

          Static depiction of motion, particularly lines trailing behind a mover, has long been of interest in the psychology literature. Empirical research has demonstrated that these “motion lines” benefited motion comprehension in static images by disambiguating the direction of movement. Yet, there is no consensus on how those lines derive their meaning. In this article, we review three accounts suggesting different interpretations of what motion lines represent. While a perceptual account considers motion lines originating from motion streaks in the primary visual cortex, metaphorical and lexical accounts propose them as graphical conventions that should be learned—either through resemblance to sensory experiences (e.g., natural path marks) or directly being mapped to a conceptual category of paths. To contrast these three accounts, we integrate empirical research on motion lines and their understanding. Overall, developmental, proficiency, and cross‐cultural variances indicate that the understanding of motion lines is neither innate nor universal, thus providing less support for lines having a purely perceptual origin. Rather, we argue the empirical findings suggest that motion lines are not iconic depictions of visual percepts but are graphical conventions indexing conceptual path information, which need to be learned and encoded in a visual lexicon.

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          The neurobiology of language beyond single words.

          A hallmark of human language is that we combine lexical building blocks retrieved from memory in endless new ways. This combinatorial aspect of language is referred to as unification. Here we focus on the neurobiological infrastructure for syntactic and semantic unification. Unification is characterized by a high-speed temporal profile including both prediction and integration of retrieved lexical elements. A meta-analysis of numerous neuroimaging studies reveals a clear dorsal/ventral gradient in both left inferior frontal cortex and left posterior temporal cortex, with dorsal foci for syntactic processing and ventral foci for semantic processing. In addition to core areas for unification, further networks need to be recruited to realize language-driven communication to its full extent. One example is the theory of mind network, which allows listeners and readers to infer the intended message (speaker meaning) from the coded meaning of the linguistic utterance. This indicates that sensorimotor simulation cannot handle all of language processing.
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            Neural mechanisms of language comprehension: challenges to syntax.

            In 1980, the N400 event-related potential was described in association with semantic anomalies within sentences. When, in 1992, a second waveform, the P600, was reported in association with syntactic anomalies and ambiguities, the story appeared to be complete: the brain respected a distinction between semantic and syntactic representation and processes. Subsequent studies showed that the P600 to syntactic anomalies and ambiguities was modulated by lexical and discourse factors. Most surprisingly, more than a decade after the P600 was first described, a series of studies reported that semantic verb-argument violations, in the absence of any violations or ambiguities of syntax can evoke robust P600 effects and no N400 effects. These observations have raised fundamental questions about the relationship between semantic and syntactic processing in the brain. This paper provides a comprehensive review of the recent studies that have demonstrated P600s to semantic violations in light of several proposed triggers: semantic-thematic attraction, semantic associative relationships, animacy and semantic-thematic violations, plausibility, task, and context. I then discuss these findings in relation to a unifying theory that attempts to bring some of these factors together and to link the P600 produced by semantic verb-argument violations with the P600 evoked by unambiguous syntactic violations and syntactic ambiguities. I suggest that normal language comprehension proceeds along at least two competing neural processing streams: a semantic memory-based mechanism, and a combinatorial mechanism (or mechanisms) that assigns structure to a sentence primarily on the basis of morphosyntactic rules, but also on the basis of certain semantic-thematic constraints. I suggest that conflicts between the different representations that are output by these distinct but interactive streams lead to a continued combinatorial analysis that is reflected by the P600 effect. I discuss some of the implications of this non-syntactocentric, dynamic model of language processing for understanding individual differences, language processing disorders and the neuroanatomical circuitry engaged during language comprehension. Finally, I suggest that that these two processing streams may generalize beyond the language system to real-world visual event comprehension.
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              Dynamic mental representations.

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                Author and article information

                Contributors
                (View ORCID Profile)
                (View ORCID Profile)
                Journal
                Cognitive Science
                Cognitive Science
                Wiley
                0364-0213
                1551-6709
                November 2023
                November 15 2023
                November 2023
                : 47
                : 11
                Affiliations
                [1 ] Department of Communication and Cognition, Tilburg School of Humanities and Digital Sciences Tilburg University
                Article
                10.1111/cogs.13377
                f58533ea-04ce-4769-b7c6-4129cb02f951
                © 2023

                http://creativecommons.org/licenses/by-nc-nd/4.0/

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