This study presents a novel approach to perceptual organization that extends beyond classical Gestalt principles. By examining the interplay between similarity and dissimilarity in visual perception, we propose a more comprehensive framework for understanding how the visual system organizes and interprets sensory input. Our research employs phenomenological analysis of carefully designed visual stimuli to demonstrate that dissimilarity plays a crucial, and often primary, role in perceptual organization. Our findings suggest that the visual system prioritizes the detection of dissimilarities as an adaptive mechanism for rapidly identifying potential threats or opportunities in the environment. This prioritization offers a new perspective on the evolutionary significance of perceptual processes and their role in information processing. The implications of this work extend to multiple domains, including cognitive psychology, neuroscience, and computer vision.
Visual information beyond Gestalt principles: Unification vs. Differentiation, Similarity vs. Dissimilarity / Pinna, Baingio; Porcheddu, Daniele. - In: ARKETE. - ISSN 2974-8828. - 6:1(2024), pp. 77-104.
Visual information beyond Gestalt principles: Unification vs. Differentiation, Similarity vs. Dissimilarity
Pinna, Baingio
;Porcheddu, Daniele
2024-01-01
Abstract
This study presents a novel approach to perceptual organization that extends beyond classical Gestalt principles. By examining the interplay between similarity and dissimilarity in visual perception, we propose a more comprehensive framework for understanding how the visual system organizes and interprets sensory input. Our research employs phenomenological analysis of carefully designed visual stimuli to demonstrate that dissimilarity plays a crucial, and often primary, role in perceptual organization. Our findings suggest that the visual system prioritizes the detection of dissimilarities as an adaptive mechanism for rapidly identifying potential threats or opportunities in the environment. This prioritization offers a new perspective on the evolutionary significance of perceptual processes and their role in information processing. The implications of this work extend to multiple domains, including cognitive psychology, neuroscience, and computer vision.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.