This chapter reviews experimental evidence and presents new data supporting the idea that human language may have evolved from hand/mouth action representation. Some of the findings include the discovery that the listener's motor system becomes active as if pronouncing the listened words during speech listening and that hand gestures where the hand is not explicitly visible activate the hand-related mirror neuron system, including Broca's region. This chapter concludes that the property of recursion, considered peculiar to human language, may have been introduced to hand actions by the fabrication of tools
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Hand gestures combine with speech to form a single integrated system of meaning during language comp...
Hand gestures combine with speech to form a single integrated system of meaning during language comp...
This paper reviews experimental evidence and presents new data supporting the idea that human langua...
One of the major problems concerning the evolution of human language is to understand how sounds bec...
One of the major problems concerning the evolution of human language is to understand how sounds be...
There are a number of reasons to suppose that language evolved from manual gestures. We review evide...
a b s t r a c t Language can be understood as an embodied system, expressible as gestures. Perceptio...
One of the major problems concerning the evolution of human language is to understand how sounds bec...
The recent finding that Broca’s area, the motor center for speech, is activated during action observ...
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Research has demonstrated an interaction between speech processes and manual actions. The wide varie...
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Perception of speech and gestures engage common brain areas. Neural regions involved in speech perce...
Upper limb gestures, as well as transitive actions (i.e. acted upon an object) when either executed ...
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Hand gestures combine with speech to form a single integrated system of meaning during language comp...
Hand gestures combine with speech to form a single integrated system of meaning during language comp...
This paper reviews experimental evidence and presents new data supporting the idea that human langua...
One of the major problems concerning the evolution of human language is to understand how sounds bec...
One of the major problems concerning the evolution of human language is to understand how sounds be...
There are a number of reasons to suppose that language evolved from manual gestures. We review evide...
a b s t r a c t Language can be understood as an embodied system, expressible as gestures. Perceptio...
One of the major problems concerning the evolution of human language is to understand how sounds bec...
The recent finding that Broca’s area, the motor center for speech, is activated during action observ...
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Research has demonstrated an interaction between speech processes and manual actions. The wide varie...
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Perception of speech and gestures engage common brain areas. Neural regions involved in speech perce...
Upper limb gestures, as well as transitive actions (i.e. acted upon an object) when either executed ...
Human language has long been considered a unimodal activity, with the body being considered a mere v...
Hand gestures combine with speech to form a single integrated system of meaning during language comp...
Hand gestures combine with speech to form a single integrated system of meaning during language comp...