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Martin Maier; Rasha Abdel Rahman – Language Learning, 2024
Linguistic categories can impact visual perception. For instance, learning that two objects have different names can enhance their discriminability. Previous studies have identified a typical pattern of categorical perception, characterized by faster discrimination of stimuli from different categories, a neural mismatch response during early…
Descriptors: Visual Perception, Brain, Brain Hemisphere Functions, Memory
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Norbert Vanek; Haoruo Zhang – Language Learning, 2024
Event segmentation tests have shown substantial overlaps in how adults recognize starts and endpoints as events unfold. However, far less is known about what role different language systems play in the process. Variations in grammatical aspect have been shown to influence event processing. We tested how closely first language (L1) speakers of…
Descriptors: Cognitive Processes, Brain, Mandarin Chinese, English (Second Language)
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Pliatsikas, Christos; DeLuca, Vincent; Voits, Toms – Language Learning, 2020
Recent years have seen an expansion in the research related to structural brain adaptations related to the acquisition and processing of additional languages. However, the accumulating evidence remains to a great extent inconsistent, with a large variety of cortical, subcortical, and cerebellar effects reported in various studies. Here we propose…
Descriptors: Bilingualism, Experience, Brain, Second Language Learning
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Antón, Eneko; Thierry, Guillaume; Dimitropoulou, María; Duñabeitia, Jon Andoni – Language Learning, 2020
Participants learned the meaning of novel objects by listening to two complementary definitions while watching videos of the new object, in a single-language context (all in Spanish) or a mixed-language context (one definition in Basque, one in Spanish). Then, participants were asked to assess the degree of functional relatedness between novel and…
Descriptors: Bilingualism, Languages, Spanish, Cognitive Processes
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Liu, Yushuang; van Hell, Janet G. – Language Learning, 2020
Novel word learning and consolidation was studied in inexperienced language learners, to conceptually replicate and extend a similar study in experienced learners by Bakker, Takashima, Van Hell, Janzen, and McQueen (2015). Participants learned definitions for novel words on Day 1 and for another set of novel words on Day 2. Brain potentials…
Descriptors: Vocabulary Development, Language Acquisition, Brain, Second Language Learning
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Steinhauer, Karsten; Kasparian, Kristina – Language Learning, 2020
Since the early 2000s, neurocognitive research on second language (L2) acquisition has been controversial as to how plastic the human brain is after puberty. Recent studies have extended this debate to first language loss (L1 attrition). This article gives an overview of the first event-related brain potential (ERP) studies on L1 attrition and L2…
Descriptors: Second Language Learning, Language Maintenance, Language Skill Attrition, Brain
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Tremblay, Antoine; Derwing, Bruce; Libben, Gary; Westbury, Chris – Language Learning, 2011
This article examines the extent to which lexical bundles (LBs; i.e., frequently recurring strings of words that often span traditional syntactic boundaries) are stored and processed holistically. Three self-paced reading experiments compared sentences containing LBs (e.g., "in the middle of the") and matched control sentence fragments (e.g., "in…
Descriptors: Phrase Structure, Brain, Sentences, Language Research
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DeKeyser, Robert – Language Learning, 2012
For decades educational psychologists have bemoaned the black box approach of much research on learning, that is, the focus on product rather than process, and the absence of fine-grained analysis of the learning process in the individual. One way that progress has been made on this point in the last couple of decades is through cognitive…
Descriptors: Educational Psychology, Psychologists, Second Language Learning, Individual Differences
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Schoenemann, P. Thomas – Language Learning, 2009
The evolution of language and the evolution of the brain are tightly interlinked. Language evolution represents a special kind of adaptation, in part because language is a complex behavior (as opposed to a physical feature) but also because changes are adaptive only to the extent that they increase either one's understanding of others, or one's…
Descriptors: Diachronic Linguistics, Brain, Evolution, Language Acquisition
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Carota, Francesca; Sirigu, Angela – Language Learning, 2008
Real-time estimation of what we will do next is a crucial prerequisite of purposive behavior. During the planning of goal-oriented actions, for instance, the temporal and causal organization of upcoming subsequent moves needs to be predicted based on our knowledge of events. A forward computation of sequential structure is also essential for…
Descriptors: Language Patterns, Brain, Language Processing, Time Perspective
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Baggio, Giosue – Language Learning, 2008
This article investigates how linguistic expressions of time--in particular, temporal adverbs and verb tense morphemes--are used to establish temporal reference at the level of brain physiology. First, a formal semantic analysis of tense and temporal adverbs is outlined. It is argued that computing temporal reference amounts to solving a…
Descriptors: Sentences, Semantics, Verbs, Morphemes
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Abrahamsson, Niclas; Hyltenstam, Kenneth – Language Learning, 2009
The incidence of nativelikeness in adult second language acquisition is a controversial issue in SLA research. Although some researchers claim that any learner, regardless of age of acquisition, can attain nativelike levels of second language (L2) proficiency, others hold that attainment of nativelike proficiency is, in principle, impossible. The…
Descriptors: Age, Second Language Learning, Language Research, Adult Learning
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Toni, Ivan – Language Learning, 2008
The article by Carota and Sirigu addresses a fundamental issue, namely the domain specificity of people's ability to learn and implement sequential structures of events. The authors review theoretical positions and empirical findings related to this issue, providing a useful summary of representative models of sequential event structures, and a…
Descriptors: Linguistics, Prediction, Models, Behavior
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Rodriguez-Fornells, A.; Balaguer, R. De Deigo; Munte, T. F. – Language Learning, 2006
Little is known in cognitive neuroscience about the brain mechanisms and brain representations involved in bilingual language processing. On the basis of previous studies on switching and bilingualism, it has been proposed that executive functions are engaged in the control and regulation of the languages in use. Here, we review the existing…
Descriptors: Language Processing, Bilingualism, Brain, Phonology
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Uylings, H. B. M. – Language Learning, 2006
This review describes the prenatal and postnatal development of the human cortex. Neurogenesis, neuronal migration, dendrite maturation, synaptogenesis, and white matter development are discussed. In addition, the concept of "critical" or "sensitive" periods is discussed as well as genetic and environmental influences (Nature-Nurture). The effects…
Descriptors: Genetics, Environmental Influences, Brain Hemisphere Functions, Brain
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