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Direct linkWass, Sam V.; Smith, Tim J. – Developmental Science, 2015
Younger brains are noisier information processing systems; this means that information for younger individuals has to allow clearer differentiation between those aspects that are required for the processing task in hand (the "signal") and those that are not (the "noise"). We compared toddler-directed and adult-directed TV…
Descriptors: Toddlers, Cognitive Processes, Visual Stimuli, Semantics
Gori, Monica; Tinelli, Francesca; Sandini, Giulio; Cioni, Giovanni; Burr, David – Neuropsychologia, 2012
Multisensory integration of spatial information occurs late in childhood, at around eight years (Gori, Del Viva, Sandini, & Burr, 2008). For younger children, the haptic system dominates size discrimination and vision dominates orientation discrimination: the dominance may reflect "sensory calibration," and could have direct consequences on…
Descriptors: Vision, Visual Discrimination, Spatial Ability, Age Differences
Swingler, Margaret M.; Sweet, Monica A.; Carver, Leslie J. – Infancy, 2007
Developmental studies of face processing have revealed age-related changes in how infants allocate neurophysiological resources to the face of a caregiver and an unfamiliar adult. We hypothesize that developmental changes in how infants interact with their caregiver are related to the changes in brain response. We studied 6-month-olds because this…
Descriptors: Mothers, Caregivers, Infants, Visual Stimuli
