AbstractWhether the neuronal encoding of number is linear or logarithmic divides cognitive neuroscientists working on mathematical cognition. Recordings from the prefrontal cortex of the monkey support the logarithmic hypothesis. Similarities between number and the coding of other quantities are also beginning to become apparent
The neural bases for numerosity and language are of perennial interest. In monkeys, neural separatio...
AbstractThe parietal cortex is a central part of the brain's system for representing numbers and mag...
& This article addresses the representation of numerical information conveyed by nonsymbolic and...
AbstractWhether the neuronal encoding of number is linear or logarithmic divides cognitive neuroscie...
AbstractFollowing a recent report that monkey prefrontal cortex contains cells that represent number...
Abstract Humans share with nonhuman animals a quantification system for representing the number of i...
Ever since the discovery of the ‘number neurons’, the neural representation of quantity in the brain...
AbstractNumber, like color or movement, is a basic property of the environment. Recently, single neu...
AbstractWhether cognitive representations are better conceived as language-based, symbolic represent...
Numbers appear everywhere in our daily life. Humans and animals share the ability to process non-sym...
Numerosity perception is thought to be foundational to mathematical learning, but its computational ...
SummaryHow the human brain encodes numbers is revealed by a new analysis of patterns of brain activi...
This work reviewed recent empirical data on the existence of three distinct cognitive and neural sys...
Numerosity estimation is an evolutionarily ancient ability that is thought to be foundational to mat...
Abstract Number sense, the ability to decipher quantity, forms the foundation for mathematical cogni...
The neural bases for numerosity and language are of perennial interest. In monkeys, neural separatio...
AbstractThe parietal cortex is a central part of the brain's system for representing numbers and mag...
& This article addresses the representation of numerical information conveyed by nonsymbolic and...
AbstractWhether the neuronal encoding of number is linear or logarithmic divides cognitive neuroscie...
AbstractFollowing a recent report that monkey prefrontal cortex contains cells that represent number...
Abstract Humans share with nonhuman animals a quantification system for representing the number of i...
Ever since the discovery of the ‘number neurons’, the neural representation of quantity in the brain...
AbstractNumber, like color or movement, is a basic property of the environment. Recently, single neu...
AbstractWhether cognitive representations are better conceived as language-based, symbolic represent...
Numbers appear everywhere in our daily life. Humans and animals share the ability to process non-sym...
Numerosity perception is thought to be foundational to mathematical learning, but its computational ...
SummaryHow the human brain encodes numbers is revealed by a new analysis of patterns of brain activi...
This work reviewed recent empirical data on the existence of three distinct cognitive and neural sys...
Numerosity estimation is an evolutionarily ancient ability that is thought to be foundational to mat...
Abstract Number sense, the ability to decipher quantity, forms the foundation for mathematical cogni...
The neural bases for numerosity and language are of perennial interest. In monkeys, neural separatio...
AbstractThe parietal cortex is a central part of the brain's system for representing numbers and mag...
& This article addresses the representation of numerical information conveyed by nonsymbolic and...
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