Tag: dissimilarity matrix
-
Geometric Shape Regularity and Its Ripple in the Human Brain
Introduction: Why Geometric Regularity Matters in the Brain Geometric regularity—patterns that follow consistent shapes, angles, and symmetries—has long intrigued cognitive scientists. Recent research synthesizes behavioral data with neural measures to examine how the brain encodes regular versus irregular geometric shapes. By combining response accuracy and speed, researchers derive an index that maps perceptual regularity to…
-
Geometric Shape Regularity and the Brain: Unveiling Hidden Neural Patterns
Introduction: Why Geometry Matters in Brain Representation Researchers increasingly investigate how the brain encodes the regularity of geometric shapes. The notion of a geometric shape regularity effect suggests that certain shapes are represented more consistently in neural activity, potentially revealing fundamental principles of visual cognition. By combining behavioral data (response times and errors) with neural-inspired…
-
A Geometric Shape Regularity Effect in the Human Brain: Insights from a Large-Scale Online Study
Understanding the Geometric Shape Regularity Effect in the Brain Geometric regularity—how orderly and symmetric a shape is—has long intrigued researchers studying visual perception and neural processing. Recent work aggregating data from a large online cohort offers fresh insights into how the brain represents and differentiates regular geometric shapes. By combining response times and error rates…