Upcoming Events | Past Events Displaying 849 - 856 past events of 1158 Filter Events Event Type Seminar Symposium Session / Talk Workshop Social Retreat Organization Knight Initiative for Brain Resilience Wu Tsai Neurosciences Institute Image 28 Sep 12pm to 1pm PDT Neural mechanisms underlying direction selectivity in the mammalian retina - Wei Wei 31 Aug 12pm to 12pm PDT Seminar Eavesdropping on plasticity in mouse auditory cortex - Adi Mizrahi Image 08 Jun 12pm to 1pm PDT Mechanisms of cerebellar development: Migration, circuit formation and synaptic plasticity - Shooter Lecture - MaryBeth Hatten Image 05 Jun 10am to 11am PDT State-space modeling of neural spiking systems - Uri Eden Image 01 Jun 12pm to 1pm PDT Genomic insights into human cortical development - Arnold Kriegstein Image 01 Jun 12pm to 1pm PDT Genomic insights into human cortical development - Arnold Kriegstein Image 25 May 12pm to 1pm PDT Learning and sleep-dependent dendritic spine plasticity and maintenance - Wenbiao Gan Image 23 May 3pm to 4pm PDT Deep learning: Artificial intelligence meets human intelligence - Terry Sejnowski Pagination First page Previous page Page 103 Page 104 Page 105 Page 106 Current page 107 Page 108 Page 109 Page 110 Page 111 Next page Last page Image Ongoing seminar series We host multiple seminar series to bring our community together around the latest innovative research in neuroscience and related disciplines. Learn More
Image 28 Sep 12pm to 1pm PDT Neural mechanisms underlying direction selectivity in the mammalian retina - Wei Wei
Image 08 Jun 12pm to 1pm PDT Mechanisms of cerebellar development: Migration, circuit formation and synaptic plasticity - Shooter Lecture - MaryBeth Hatten
Image 25 May 12pm to 1pm PDT Learning and sleep-dependent dendritic spine plasticity and maintenance - Wenbiao Gan
Image 23 May 3pm to 4pm PDT Deep learning: Artificial intelligence meets human intelligence - Terry Sejnowski
Image Ongoing seminar series We host multiple seminar series to bring our community together around the latest innovative research in neuroscience and related disciplines. Learn More