Geometric Cognition
“Geometric cognition” and “cognitive geometry” are related but distinct concepts. Geometric cognition refers to the cognitive processes involved in understanding and reasoning about spatial relationships and geometric concepts, often studied in the context of how humans perceive, represent, and interact with spatial information. Cognitive geometry, on the other hand, explores how geometric principles can be applied to model and understand cognitive processes themselves, particularly in areas like spatial navigation, decision-making, and problem-solving.
In cognitive science and neurology, there exists a fascinating intersection where geometry meets perception, aptly…
In the growing field of geometric cognition, one name stands out due to her significant…
Tatyana O. Sharpee’s work in geometric cognition—a field dedicated to understanding how the brain interprets…
For over a century, wave equations of physical systems have played a pivotal role in…
The human brain is a complex organ responsible for various cognitive functions. Scientists from the…
In her 2019 review, Tatyana O Sharpee connects several lines of research to argue that…
Many forms of cognitive, emotional, and behavioral flexibility place diverse demands on brain representations, ranging…
In both biological and artificial networks, neural computing is based on the nonlinear summation of…
The origins and nature of human intuitions about the properties of points, lines, and figures…
In a 2019 paper, Mateusz Hohol and Marcin Miłkowski argue that current explanations of geometric…