The Paleoneurobiology group of the National Center for Research on Human Evolution (CENIEH), led by Emiliano Bruner, has just published, in collaboration with the Museum of Human Evolution of Burgos and the Sociograph company of Valladolid, a new article on cognitive archeology in The one that studies the hand-tool relationship by analyzing the geometry of the utensils, the grip of the hand, and the electrical responses of the skin (electrodermography). The article introduces the relationships between prehistory and neurosciences, and the relationships between working memory and visuospatial integration. In particular, it focuses on how tools influence our cognitive mechanisms, altering the perception of the body and space. Prehistoric tools are crucial in interpreting the cognitive abilities of extinct human species. The study of its shape is carried out with geometric and spatial models

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and is integrated with the study of their French Polynesia Email List manipulation patterns. Electrodermal methods record, through electrodes, the variations in the levels of attention during the interaction between hand and utensils, revealing differences between individuals or between different types of tools. These methods are often used in neuromarketing to quantify emotional responses to commercial stimuli. The article, entitled ‘Visuospatial integration and hand-tool interaction in cognitive archeology’, has been published in a volume dedicated to processes of visuospatial attention and working memory, of the Current Topics in Behavioral Neurosciences series (Springer), and has edited by Timothy Hodgson, Professor of Cognitive Neuroscience at the University of Lincoln (UK), an expert on Parkinson’s disease.One of the most distinctive characteristics of the modern

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human being compared to other human species is the shape of his skull and brain. Its roundness has now been the subject of analysis by an international team of scientists, led by the Max Planck Institute for Evolutionary Anthropology (Germany). “Our goal was to identify potential candidate genes and biological pathways related to the spherical shape of the brain,” says Amanda Tilot. The researchers focused on our closest extinct relatives, the Neanderthals, to better understand the biological basis for the modern human endocranial form. “Our goal was to identify potential candidate genes and biological pathways related to the spherical shape of the brain,” says Amanda Tilot, of the Max Planck Institute for Psycholinguistics, and co-leader of the work published in Current Biology. In doing so, the team discovered subtle variations in intracranial shape “that likely reflect changes in the volume and connectivity of certain areas of the brain,” says Philipp Gunz, a paleoanthropologist at the Max

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