Spatial Representation of Coherence

doi:10.1037/xge0000176

Spatial Representation of Coherence

2016-07-01

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DOI：10.1037/xge0000176

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Four experiments examined spatial correlates of the experience of coherence, that is, the extent to which propositions fit together. Experiment 1 demonstrates for Heiderian triads (i.e., sets of liking/disliking relations between 3 fictitious persons) that name pairs from balanced triads, such as 2 friends commonly disliking a third person (high coherence) are seen as closer to each other in physical space as compared to name pairs from unbalanced triads, such as 2 persons disliking each other and having a common friend (low coherence). This pattern of results is conceptually replicated in 2 further experiments for categorical syllogisms. Two terms in conclusions from valid syllogisms (high coherence) were seen as spatially closer to each other than when 2 terms came from invalid syllogisms (low coherence). In the final 2 experiments, similar closeness effects are demonstrated for word pairs from scenarios that made sense in terms of causal connectedness (latent causality) as opposed to word pairs from scenarios perceived as causally unconnected. These findings are discussed in the context of spatial binding theories, applied psychology, and embodied cognition in general, and their methodological implications are highlighted.

Keyword:

coherence

syllogistic reasoning

causal binding

spatial processes

Spatial Representation of Coherence

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