Traditionally, configural processing is considered a face-specific phenomenon, crucial for recognizing and perceiving faces through holistic integration. In contrast, feature processing, which focuses on the independent processing of individual features, is typically associated with the recognition of non-facial objects. Our research challenges this traditional view by exploring configural processing beyond its application in face perception.

We have developed unique, abstract stimuli that do not resemble faces to investigate this phenomenon further. Our preliminary findings suggest that configural processing is also activated in subjects when interacting with these non-facial stimuli. This indicates that the dichotomy between configural and feature processing may not be as clear as previously thought, suggesting that both may be integral components of a mid-level visual processing system.

Our ongoing research aims to deepen understanding of the fundamental principles of visual processing. By uncovering how configural processing extends beyond face recognition, we hope to redefine existing theories about visual perception and cognitive science.