On the neurology of perception.

Area of Science:

• Neuroscience
• Cognitive Science
• Perception

Background:

• The nervous system's role in behavior control and spatial awareness is central to understanding perception.
• Traditional views of sensory organs as passive receivers are challenged.

Purpose of the Study:

• To discuss the neurological basis of biological space and spatial perception.
• To propose a model where perceptual space is derived from behavioral properties.

Main Methods:

• Conceptual analysis of the nervous system as a behavior-controlling system.
• Examination of movement as goal-directed and spatially organized behavior.
• Analysis of sensory organs' active, centrifugal role in updating an internal 'map'.

Main Results:

• Perceptual space originates from the directional aspects of an organism's behavior.
• Sensory organs actively update an internal 'map' of the environment and the organism within it.
• The sensomotor system calibrates movements and refines the internal map.

Conclusions:

• Spatial properties of objects are determined through a process integrating behavior and sensory feedback, not direct sensory representation.
• The 'map' is a dynamic projection of the organism's behavior, shaped by environmental interactions.
• This framework explains how we perceive spatial attributes without direct sensory input of shape or movement replicas.