General Magnitude Representation in Human Infants

General magnitude representation in human infants.

Behavioral demonstrations of reciprocal interactions among the dimensions of space, number, and time, along with evidence of shared neural mechanisms in posterior parietal cortex, are consistent with a common representational code for general magnitude information. Although much recent speculation has concerned the developmental origins of a system of general magnitude representation, direct ev...

Development of subcortical speech representation in human infants.

Previous studies have evaluated representation of the fundamental frequency (F0) in the frequency following response (FFR) of infants, but the development of other aspects of the FFR, such as timing and harmonics, has not yet been examined. Here, FFRs were recorded to a speech syllable in 28 infants, ages three to ten months. The F0 amplitude of the response was variable among individuals but w...

Magnitude Representation of Features in Image Analysis

Brain representation of action observation in human infants.

Imitative learning has long been established as extremely important for early development. However, neural mechanisms involved in early imitative behaviours are still areas of active research. Neurophysiological and brain-imaging studies have been recently performed that provide initial evidence of brain activation associated with action observation in the first months of life. In this review w...

Category Representation in Young Infants

Results obtained from a novelty-preference procedure indicate that young infants possess abilities to organize objects into perceptual categories that have conceptual significance for adults. This work suggests that the initial construction of category representations is not dependent on language, formal instruction, or specialized processes, and that category development may proceed through a ...