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Flashcards covering key vocabulary and concepts from the Psycholinguistics lecture.
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Psycholinguistics
The study of the psychological and neurobiological factors that enable humans to acquire, use, comprehend and produce language.
Levels of Analysis of a Sentence
Analyzing a sentence involves syntactic structure, morphic-phonology, semantic interpretation, and spatial structure.
Regular Inflection
Associated with Broca’s area, and a lower statistical threshold may include the arcuate fasciculus and Wernicke’s area.
Irregular Inflection
Involves grammar, but rules may not help; meaning is specified but modified involving non-language areas.
Broca's Area Functions
Unification of phonology syntax and semantics, sequential processing during reading, morphological processing, working memory.
Broca’s Meta-Analysis Clusters
Cluster 1: Semantic & phonological tasks (BA 45/46). Cluster 2: Working memory (BA 44). Cluster 3: Empathy (BA 47).
Alternative Hypotheses for Broca
Broca’s area as a mosaic of functional regions or computing abstract functions, with functions changing based on activation of connected regions.
Serial Processing
Syntax precedes semantics.
Parallel Processing
Syntax and semantics processed simultaneously.
Garden Path Sentence
A grammatically correct sentence that is difficult to understand because the initial parsing leads the reader or listener to an incorrect interpretation.
Jackendoff's Parallel Architecture
Model involving phonological, syntactic, and semantic structures with interfaces.
Mental Lexicon
Memorized word-specific knowledge stored in declarative memory and associated with fluent aphasia and the temporal lobe.
Mental Grammar
Rule governed combination of lexical items into complex representations using procedural memory associated with non-fluent aphasia and Broca’s area.
Amodal Semantic Processing
Semantic processing that is not tied to a specific sensory modality.
Modality Specific Activations
Action, Motion, Auditory, Color, Olfactory, Gustatory, Emotion Perception & action in language.
Somatotopic Representation
Concepts are represented in the brain in a way that corresponds to the body parts involved in experiencing or interacting with those concepts.
(E)LAN
Syntactic violations – Grammatical agreement or word category expectations.
N400
Semantic processing – predictions of semantic memory systems.
P600
Syntactic integration – Violations, ambiguities, complexity, garden path sentences constructing sentential structure.
N400-like MEG
Semantic congruity.
Lateralization of language
LEFT HEMISPHERE: Phonetics, Segmental, Prosodic (timing; tones), Phonology, Morphology, Syntax, Semantics. RIGHT HEMISPHERE: Contextual, Familiar proper nouns, Emotional terms, Pragmatics, Conversation.
Figurative Language
Right hemisphere processing, disruption of right hemisphere damaged patients.
Coarse Semantic Coding Theory
Left hemisphere and Right hemisphere.
Theory of Mind
Ability to attribute mental states—beliefs, intents, desires, emotions, knowledge, etc.
Infant N400
Indicative of semantic processing (from 14 months of age).
Social N400
An N400 is elicited, when babies do not, only an observer experiences a mislabeling.
Conceptual Metaphor Theory
Abstract thought E = mc2.
Abstractness effect
Concrete words used figuratively: neural sensitivity to abstractness.