We investigated the conceptual processing of nouns referring to objects characterized by a highly typical color and orientation. We used a go/no-go task in which we asked participants to categorize each noun as referring or not to natural entities (e.g., animals) after a selective adaptation of color-edge neurons in the posterior LV4 region of the visual cortex was induced by means of a McCollough effect procedure. This manipulation affected categorization: the green-vertical adaptation led to slower responses than the green-horizontal adaptation, regardless of the specific color and orientation of the to-be-categorized noun. This result suggests that the conceptual processing of natural entities may entail the activation of modality-specific neural channels with weights proportional to the reliability of the signals produced by these channels during actual perception. This finding is discussed with reference to the debate about the grounded cognition view.

Marino, B., Borghi, A., Gemmi, L., Cacciari, C., & Riggio, L. (2015). Neural Adaptation Effects in Conceptual Processing. BEHAVIORAL SCIENCES, 5(3), 353-371 [10.3390/bs5030353].

Neural Adaptation Effects in Conceptual Processing

MARINO, BARBARA;
2015

Abstract

We investigated the conceptual processing of nouns referring to objects characterized by a highly typical color and orientation. We used a go/no-go task in which we asked participants to categorize each noun as referring or not to natural entities (e.g., animals) after a selective adaptation of color-edge neurons in the posterior LV4 region of the visual cortex was induced by means of a McCollough effect procedure. This manipulation affected categorization: the green-vertical adaptation led to slower responses than the green-horizontal adaptation, regardless of the specific color and orientation of the to-be-categorized noun. This result suggests that the conceptual processing of natural entities may entail the activation of modality-specific neural channels with weights proportional to the reliability of the signals produced by these channels during actual perception. This finding is discussed with reference to the debate about the grounded cognition view.
Articolo in rivista - Articolo scientifico
Scientifica
McCollough effect; conceptual processing; grounded cognition; neural adaptation
English
Marino, B., Borghi, A., Gemmi, L., Cacciari, C., & Riggio, L. (2015). Neural Adaptation Effects in Conceptual Processing. BEHAVIORAL SCIENCES, 5(3), 353-371 [10.3390/bs5030353].
Marino, B; Borghi, A; Gemmi, L; Cacciari, C; Riggio, L
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/10281/106038
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