Language Control in Bilinguals¶
Green, D. W., & Abutalebi, J. (2013). Language Control in Bilinguals: The Adaptive Control Hypothesis. Journal of Cognitive Psychology, 25(5), 515-530.
Cited by¶
1 citation across 1 artifact.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Remapping
- Neuroscience (origin) — hippocampal place cells fire at uncorrelated locations across environments, the same neuron participating in many maps with discrete transitions on context recognition. Object-oriented and polymorphic programming — the same method name resolves to different implementations depending on dispatch context, one code substrate hosting many behaviours keyed by context. Knowledge bases and contextual computing — the same identifier resolves to different meanings depending on the active domain ontology, query frame, or conversation thread. Multi-tenant software — shared infrastructure presents each tenant a tenant-keyed representation, the same physical record read as different logical content under different tenant contexts. Roles and social systems — the same person reorganizes their behavioural repertoire on entering a role (judge, parent, teacher), the same individual substrate mapping onto a different norm-set. Bilingual cognition — the same conceptual content reorganizes lexically and grammatically on a language-context switch, the speaker hosting multiple linguistic maps with context-keyed switching.
This sourceModels context-keyed switching between a bilingual's linguistic systems.
Supported in partVerified against the work's full text
Green and Abutalebi support context-cued switching between a bilingual's language task schemas, but frame it as control processes, not a conceptual reorganization of lexicon and grammar.
“a salient cue such as the arrival of a new addressee may require the speaker to switch to their other language because they typically use that language with that addressee.”
- Neuroscience (origin) — hippocampal place cells fire at uncorrelated locations across environments, the same neuron participating in many maps with discrete transitions on context recognition. Object-oriented and polymorphic programming — the same method name resolves to different implementations depending on dispatch context, one code substrate hosting many behaviours keyed by context. Knowledge bases and contextual computing — the same identifier resolves to different meanings depending on the active domain ontology, query frame, or conversation thread. Multi-tenant software — shared infrastructure presents each tenant a tenant-keyed representation, the same physical record read as different logical content under different tenant contexts. Roles and social systems — the same person reorganizes their behavioural repertoire on entering a role (judge, parent, teacher), the same individual substrate mapping onto a different norm-set. Bilingual cognition — the same conceptual content reorganizes lexically and grammatically on a language-context switch, the speaker hosting multiple linguistic maps with context-keyed switching.
Verification¶
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Registry ID ref:6131224ea35a · see in the full table