4 p.m. Thursdays, Crick Conference Room 3545, Mandler Hall
For inquiries, please contact Christy Garcia.
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Rick Sander PhDProfessor of Law The Mismatch Effect and the Consequences of Prop 209 |
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Michael Goldstein PhDAssociate Professor Emergence of Complex Communications from Simple Interactions: |
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Ben Bergen PhDAssociate Professor Does Language Put Mental Simulation in the Driver's Seat |
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Martin Monti PhDAssistant Professor Topic TBA |
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Trevor Robbins PhDProfessor of Psychology Topic TBA |
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Josh McDermott, PhDResearch Associate Topic Understanding Audition Via Sound Analysis and Synthesis |
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Robert Levenson PhDProfessor of Psychology Topic: Neurological models of psychological dysfunction: An idea whose time has come? |
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Jessica Sommerville, PhDDepartment of Psychology Topic: Fairness expectations in infancy: individual differences and developmental change in the second year of life The acquisition and maintenance of social and moral norms that govern one’s own and other’s behavior is fundamental to social harmony and cohesion. One prominent norm that guides adults’ actions and evaluations of events is the norm of a fair and equal distribution of goods based on the “principle of equality”: that, all other things considered, goods should be divided equally to recipients. A critical question concerns when and how infants and children acquire such norms. In this talk, I will present a series of studies that investigated the development of fairness expectations in infancy, and the relation between these expectations and infants' prosocial behavior. Our results to date suggest that there are developmental changes in fairness expectations early in the second year of life, linked to infants' altruistic tendencies. I will discuss the implications of our findings with respect to the underlying nature of infants' fairness expectations, and mechanisms and factors driving development in the acquisition of socio-moral norms more broadly. |
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Ione Fine, PhDDepartment of Psychology Topic: The recruitment of visual motion area MT+ for auditory motion processing in early blind individuals Examining people who are blind from birth provides a powerful way to examine how sensory input determines cortical organization because normally almost 30% of cerebral cortex is devoted to vision. Here I will describe a series of studies examining motion-sensitive area MT+ in individuals who have been blind from early childhood, and in two rare sight-recovery subjects who were blind since early childhood and whose vision was partially recovered in adulthood. While most visual form processing is severely impaired by blindness, visual motion processing remains surprisingly robust after years of deprivation. Curiously, these robust visual motion responses co-exist with strong cross-modal plasticity. In early blind and sight recovery subjects we see responses to within MT+ that are specific to auditory motion compared with other complex auditory stimuli. Thus, MT+ develops motion-specific responses to nonvisual input that seems to be influenced by the normal functional specialization of that area. Further, these responses within MT+ are associated with behavioral choice on a trial-by-trial basis, are associated with superior auditory motion performance within blind individuals, and replace rather than augment the region of auditory cortex (planum temporale) associated with the processing of auditory motion within sighted individuals. |