Abstract
Using a position learning procedure, this study investigates 4-, 5 and 6-year-olds' ability to retrieve, after a blindfolded move in an experimental room without fronted or distinctive landmarks, an immobile target localized before moving. Mastery in such a task would rely on the use of an "updated self-referent system" such that children would first perform an egocentrated target localization, then would compute their own move and finally, would coordinate this localization and this computation in order to update, after moving, an egocentrated localization that has become irrelevant. The results are consistent with the different components of this system. They mainly show that children as young as 4 years of age are able to steadily coordinate after moving, a prior egocentrated localization with what they rightly or wrongly believe to be their starting point, i.e., whether or not their computation of the move is accurate.
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