39 research outputs found
Four-Day-Old Human Neonates Look Longer at Non-Biological Motions of a Single Point-of-Light
BACKGROUND: Biological motions, that is, the movements of humans and other vertebrates, are characterized by dynamic regularities that reflect the structure and the control schemes of the musculo-skeletal system. Early studies on the development of the visual perception of biological motion showed that infants after three months of age distinguished between biological and non-biological locomotion. METHODOLOGY/PRINCIPAL FINDINGS: Using single point-light motions that varied with respect to the “two-third-power law” of motion generation and perception, we observed that four-day-old human neonates looked longer at non-biological motions than at biological motions when these were simultaneously presented in a standard preferential looking paradigm. CONCLUSION/SIGNIFICANCE: This result can be interpreted within the “violation of expectation” framework and can indicate that neonates' motion perception — like adults'—is attuned to biological kinematics
Généralisation de propriétés biologiques, physiques et comportementales chez l'enfant de 5 à 9 ans
International audienc
Conceptual change in physics: children's naive representations of sound
International audienc
Comment le nombre vient aux enfants ?
International audienc
Les conceptions naĂŻves en physique : l'exemple du son chez les enfants de 6 Ă 10 ans.
International audienc
Quelles relations entre le laboratoire et la salle de classe ? L’exemple de l’apprentissage du nombre chez les jeunes enfants
International audienc
Children’s representation of inheritance as a function of perceptual and label cues
International audienc
Les conceptions naĂŻves en physique : l'exemple du son chez les enfants de 6 Ă 10 ans.
International audienc
Les conceptions naĂŻves en physique : l'exemple du son chez les enfants de 6 Ă 10 ans.
International audienc
Is children's naive knowledge consistent ?A comparison of the concepts of soun and heat
International audienc