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Data for: Insights on narrative enactments in signed and spoken discours in Quebec Sign Language, American Sign Language and Quebec French ...
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The Avoid Pronoun Principle and the Elsewhere Principle
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In: North East Linguistics Society (2020)
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Gaps as Nonprojected Arguments.
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In: North East Linguistics Society (2020)
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Brain readiness and the nature of language
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Abstract:
To identify the neural components that make a brain ready for language, it is important to have well defined linguistic phenotypes, to know precisely what language is. There are two central features to language: the capacity to form signs (words), and the capacity to combine them into complex structures. We must determine how the human brain enables these capacities. A sign is a link between a perceptual form and a conceptual meaning. Acoustic elements and content elements, are already brain-internal in non-human animals, but as categorical systems linked with brain-external elements. Being indexically tied to objects of the world, they cannot freely link to form signs. A crucial property of a language-ready brain is the capacity to process perceptual forms and contents offline, detached from any brain-external phenomena, so their “representations” may be linked into signs. These brain systems appear to have pleiotropic effects on a variety of phenotypic traits and not to be specifically designed for language. Syntax combines signs, so the combination of two signs operates simultaneously on their meaning and form. The operation combining the meanings long antedates its function in language: the primitive mode of predication operative in representing some information about an object. The combination of the forms is enabled by the capacity of the brain to segment vocal and visual information into discrete elements. Discrete temporal units have order and juxtaposition, and vocal units have intonation, length, and stress. These are primitive combinatorial processes. So the prior properties of the physical and conceptual elements of the sign introduce combinatoriality into the linguistic system, and from these primitive combinatorial systems derive concatenation in phonology and combination in morphosyntax. Given the nature of language, a key feature to our understanding of the language-ready brain is to be found in the mechanisms in human brains that enable the unique means of representation that allow perceptual forms and contents to be linked into signs.
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Keyword:
Psychology
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URL: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4563876/
http://www.ncbi.nlm.nih.gov/pubmed/26441751
https://doi.org/10.3389/fpsyg.2015.01376
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The nature and origin of language
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MPI-SHH Linguistik
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Solving the UG Problem
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In: BIOLINGUISTICS; Vol. 6 No. 1 (2012); 001-031 ; 1450-3417 (2012)
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