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Collecting the work of linguists, psychologists, neuroscientists, archaeologists, artificial intelligence researchers and philosophers this volume presents a richly varied picture of the nature and function of mental states. Starting from questions about the cognitive capacities of the early hominin homo floresiensis, the essays proceed to the role mental representations play in guiding the behaviour of simple organisms and robots, thence to the question of which features of its environment the human brain represents and the extent to which complex cognitive skills such as language acquisition and comprehension are impaired when the brain lacks certain important neural structures. Other papers explore topics ranging from nativism to the presumed constancy of categorization across signed and spoken languages, from the formal representation of metaphor, actions and vague language to philosophical questions about conceptual schemes and colours. Anyone interested in mental states will find much to reward them in this fine volume.
Language disorders in children are one of the most frequent causes of difficulties in communication, social interaction, learning and academic achievement. It has been estimated that over 5% of children present with some kind of language disorder. This volume illustrates the state of the art in neurogenic language disorders in children. The most recent findings about acquired epileptiform aphasias (from Landau-Kleffner syndrome to autistic regression) are presented and discussed.Language disorders in children with early brain lesions are reviewed in relation to the side of the lesion and their epileptic correlates (e.g., paroxysmal abnormalities during NREM sleep). New clinical reports are p...
Language, as a system we use to communicate, represents the brain’s biologically perfected machinery for converting thoughts (ideas, concepts, and reflections of both the outside world and our inner feelings) into words and sentences. Crucially, this process occurs in real time. How hundreds of billions of neurons within the dark of the skull control language and speech remains, in some respects, a mystery. To track such neural dynamics in time, we need to exploit physiological tools capable of following temporal patterns of neural activity on a fine-grain time scale. In parallel, it is necessary to begin to provide a real interdisciplinary academic background for scholars wishing to embar...
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