具身认知
400奈米
心理学
认知
语言学
认知心理学
功率(物理)
多语种神经科学
事件相关电位
计算机科学
神经科学
哲学
物理
量子力学
人工智能
作者
Yu Fen Wei,Wen Wen Yang,Gary M. Oppenheim,Jie Hui Hu,Guillaume Thierry
摘要
Abstract Embodied cognition posits that processing concepts requires sensorimotor activation. Previous research has shown that perceived power is spatially embodied along the vertical axis. However, it is unclear whether such mapping applies equally in the two languages of bilinguals. Using event‐related potentials, we compared spatial embodiment correlates in participants reporting the source of auditory words as being presented from above or below their sitting position. English bilinguals responded faster for congruent presentations of high‐power words (presented above) but not for congruent presentations of low‐power words (presented below) in both languages. Low‐power words together also failed to modulate N400 amplitude or interact with language. However, follow‐up analyses on high‐power words showed congruency effects on N400 amplitude in Chinese but not in English. Finally, English controls showed no effect. This suggests that spatial embodiment differs across languages in bilinguals, but the roles of culture and proficiency require further research.
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