"Core Perception": Re-imagining Precocious Reasoning as Sophisticated Perceiving.

Area of Science:

• Cognitive Science
• Developmental Psychology
• Vision Science

Background:

• Core knowledge hypotheses posit innate cognitive systems for understanding the physical and social world.
• These systems are typically considered foundational for early reasoning and conception.

Purpose of the Study:

• To propose and support the "core perception" view as an alternative to the traditional "core knowledge" framework.
• To explain why core knowledge representations are also evident in adult perception.

Main Methods:

• Review of existing research on "core physics" and its manifestations in adult vision.
• Analysis of empirical signatures of perceptual processing (e.g., speed, automaticity, encapsulation).
• Extension of the core perception argument to other core knowledge domains (geometrical, numerical, social).

Main Results:

• Adult vision incorporates representations of "core physics" with perceptual signatures.
• These perceptual mechanisms are rapid, automatic, and sensitive to sensory input.
• Similar patterns are observed in geometrical, numerical, and social domains.

Conclusions:

• Many infant "reasoning" abilities may be explained by sophisticated perceptual mechanisms shared with adults.
• Perception plays a more significant role in the development of conceptual knowledge than previously thought.
• The core perception view offers testable hypotheses for future research in developmental psychology and vision science.