A recent study showed that topographic field maps of complex cognitive functions, such as numerosity, exist in the human brain. This is an exciting, novel approach for studying the neural representation of high-level cognition. However, the results can also be explained on the basis of the confounding non-numerical sensory cues of numerosity
The ability to handle approximate quantities, or number sense, has been recurrently linked to mathem...
Semantic cognition and numerical cognition are dissociable faculties with separable neural mechanism...
Humans and many animals can distinguish between stimuli that differ in numerosity, the number of obj...
A recent study showed that topographic field maps of complex cognitive functions, such as numerosity...
A recent study showed that topographic field maps of complex cognitive functions, such as numerosity...
Sensory and motor cortices each contain multiple topographic maps with the structure of sensory orga...
Numerosity, the set size of a group of items, is processed by the association cortex, but certain as...
Dedicated maps for cognitive quantities such as timing, size and numerosity support the view that to...
Here, the authors show that the brain represents small and large numerosity ranges in a continuous t...
Humans and many animals analyze sensory information to estimate quantities that guide behavior and d...
Numbers appear everywhere in our daily life. Humans and animals share the ability to process non-sym...
Humans and other animal species are endowed with the ability to sense, represent, and mentally manip...
The ability to handle approximate quantities, or number sense, has been recurrently linked to mathem...
Semantic cognition and numerical cognition are dissociable faculties with separable neural mechanism...
Humans and many animals can distinguish between stimuli that differ in numerosity, the number of obj...
A recent study showed that topographic field maps of complex cognitive functions, such as numerosity...
A recent study showed that topographic field maps of complex cognitive functions, such as numerosity...
Sensory and motor cortices each contain multiple topographic maps with the structure of sensory orga...
Numerosity, the set size of a group of items, is processed by the association cortex, but certain as...
Dedicated maps for cognitive quantities such as timing, size and numerosity support the view that to...
Here, the authors show that the brain represents small and large numerosity ranges in a continuous t...
Humans and many animals analyze sensory information to estimate quantities that guide behavior and d...
Numbers appear everywhere in our daily life. Humans and animals share the ability to process non-sym...
Humans and other animal species are endowed with the ability to sense, represent, and mentally manip...
The ability to handle approximate quantities, or number sense, has been recurrently linked to mathem...
Semantic cognition and numerical cognition are dissociable faculties with separable neural mechanism...
Humans and many animals can distinguish between stimuli that differ in numerosity, the number of obj...