Sabrina Aristei, C. Knoop, Oliver Lubrich, T. Nehrlich, Alexander Enge, Kirsten Stark, W. Sommer, Rasha Abdel Rahman
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引用次数: 2
Abstract
ABSTRACT In popular narratives, minimally counterintuitive concepts (MCIs), which violate one category of our real-world knowledge (e.g. talking trees), are frequently embedded in emotional contexts. To assess the impact of emotion on MCI processing, we presented micro-narratives with negative or neutral contents before target sentences. We compared electrophysiological correlates of semantic processing elicited by MCIs, common semantic expectancy violations, and intuitive concepts, presented as critical within-sentence words and as images after the sentences. Results show that emotional contexts play a critical role for MCI processing. N400 effects in neural responses to MCIs that we observed after neutral contexts were not found after negative contexts, suggesting that the synergy between emotional context and MCI saliency enhances the processing of narratives at the cost of critical semantic processing. This finding is relevant for neurocognitive models of language comprehension in high-level contexts, for our understanding of the attraction of counterintuitive concepts and rhetorical strategies.
期刊介绍:
Language, Cognition and Neuroscience (formerly titled Language and Cognitive Processes) publishes high-quality papers taking an interdisciplinary approach to the study of brain and language, and promotes studies that integrate cognitive theoretical accounts of language and its neural bases. We publish both high quality, theoretically-motivated cognitive behavioural studies of language function, and papers which integrate cognitive theoretical accounts of language with its neurobiological foundations.
The study of language function from a cognitive neuroscience perspective has attracted intensive research interest over the last 20 years, and the development of neuroscience methodologies has significantly broadened the empirical scope of all language research. Both hemodynamic imaging and electrophysiological approaches provide new perspectives on the representation and processing of language, and place important constraints on the development of theoretical accounts of language function and its neurobiological context.