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Strong evidence for ideomotor theory: Unwilled manifestation of the conceptual attribute in movement control

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Abstract
Scientific understanding of how the mind generates bodily actions remains opaque. In the early 19th century, the ideomotor theory proposed that humans generate voluntary actions by imagining the sensory consequence of those actions, implying that the idea of an action’s consequence mediates between the intention to act and motor control. Despite its long history and theoretical importance, existing empirical evidence for the ideomotor theory is not strong enough to rule out alternative hypotheses. In this study, we devised a categorization-action task to evaluate ideomotor theory by testing whether an idea, distinguished from a stimulus, can modulate task-irrelevant movements. In Experiment 1, participants categorized a stimulus duration as long or short by pressing an assigned key. The results show that participants pressed the key longer when categorizing the stimulus as long than they did when characterizing it as short. In Experiment 2, we showed that the keypressing durations were not modulated by the decision category when the property of the decision category, the brightness of a stimulus, was not easily transferable to the action. In summary, our results suggest that while the perceived stimulus features have a marginal effect on response duration linearly, the decision category is the main factor affecting the response duration. Our results indicate that an abstract category attribute can strongly modulate action execution, constraining theoretical conjectures about the ideomotor account of how people voluntarily generate action.
Issued Date
2023
Yun Kyoung Shin
Seonggyu Choe
Oh-Sang Kwon
Type
Article
Keyword
ideomotor theoryperceptual decisionaffordancevoluntary action controlstimulus effect compatibilitythe theory of event coding
DOI
10.3389/fpsyg.2023.1066839
URI
https://oak.ulsan.ac.kr/handle/2021.oak/17619
Publisher
FRONTIERS IN PSYCHOLOGY
Language
영어
ISSN
1664-1078
Citation Volume
14
Citation Number
1
Citation Start Page
1
Citation End Page
12
Appears in Collections:
Engineering > Interdisciplinary Science
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