Differences in Transitional Saccades in 4-month-olds When Viewing Pairs of Possible and Impossible Objects | Zendy

Julie A. Planke | Zendy; Sarah M. Shuwairi | Zendy

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Differences in Transitional Saccades in 4-month-olds When Viewing Pairs of Possible and Impossible Objects

Author(s) -

Julie A. Planke,

Sarah M. Shuwairi

Publication year - 2017

Publication title -

journal of vision

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.126

H-Index - 113

ISSN - 1534-7362

DOI - 10.1167/17.10.442

Subject(s) - gaze , fixation (population genetics) , psychology , eye movement , coherence (philosophical gambling strategy) , vertex (graph theory) , cognitive psychology , mathematics , combinatorics , neuroscience , graph , statistics , medicine , population , environmental health , psychoanalysis

Perceiving objects as complete and coherent in 3D space is a fundamental achievement of the developing visual system. Previous work has found infants can distinguish between possible and impossible cubes, i.e., 4-month-olds fixated to a greater extent specifically within the critical region of impossible cube displays (Shuwairi & Johnson, 2013). The findings suggested that young infants selectively respond to vertex information (Tand Y-junctions) that is diagnostic of structural coherence.

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