The project aims to investigate the origins of the structure of somatosensory cortical representations using computational techniques. A specific focus will be cortical magnification, which is a central feature of cortical maps, such as the well-known somatosensory homunculus. Despite a long history of empirical study in neuroscience and psychology, the main drivers behind cortical magnification are ill-understood and computational models of its origin are currently lacking
Requirements:
The ideal candidate will have a PhD in computational neuroscience and experience with computational and mathematical models of map development and somatosensory representations
Text:
Research Associate The project aims to investigate the origins of the structure of somatosensory cortical representations using computational techniques. A specific focus will be cortical magnification, which is a central feature of cortical maps, such as the well-known somatosensory homunculus. Despite a long history of empirical study in neuroscience and psychology, the main drivers behind cortical magnification are ill-understood and computational models of its origin are currently lacking The ideal candidate will have a PhD in computational neuroscience and experience with computational and mathematical models of map development and somatosensory representations
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