Past Events Filter Events ThemeNeuroDiscovery NeuroEngineering NeuroHealth Event Type (-) Seminar Session / Talk OrganizationWu Tsai Neurosciences Institute Knight Initiative for Brain Resilience Image 23 May 12pm to 1pm PDT Seminar The neurobiology of homeostasis - Zachary Knight Image 28 Mar 12pm to 1pm PDT Seminar Modulatory mechanisms underlying aversive learning and the effects of rapidly acting anti-depressants on plasticity - Yevgenia Kozorovitskiy Image 21 Mar 12pm to 1pm PDT Seminar Neuronal ensembles: emergent units of cortical function? - Rafael Yuste Image 14 Mar 12pm to 1pm PDT Seminar Choreography of neural systems across adolescence that can go wrong - Monique Ernst Image 11 Mar 5:10pm to 7:30pm PDT Seminar Multilayered recurrent architecture for computing teaching signals in the insect brain - Marta Zlatic Image 07 Mar 12pm to 1pm PST Seminar Functional dynamics of glutamate transporters - Olga Boudker Image 25 Feb 5:10pm to 7:30pm PST Seminar Neural circuits controlling the selection and persistence of sensory information - Tirin Moore Image 21 Feb 12pm to 1pm PST Seminar High-speed and high-resolution imaging of brain activity - Na Ji Pagination Previous page Page 29 Page 30 Page 31 Page 32 Current page 33 Page 34 Page 35 Page 36 Page 37 Next page
Image 28 Mar 12pm to 1pm PDT Seminar Modulatory mechanisms underlying aversive learning and the effects of rapidly acting anti-depressants on plasticity - Yevgenia Kozorovitskiy
Image 21 Mar 12pm to 1pm PDT Seminar Neuronal ensembles: emergent units of cortical function? - Rafael Yuste
Image 14 Mar 12pm to 1pm PDT Seminar Choreography of neural systems across adolescence that can go wrong - Monique Ernst
Image 11 Mar 5:10pm to 7:30pm PDT Seminar Multilayered recurrent architecture for computing teaching signals in the insect brain - Marta Zlatic
Image 25 Feb 5:10pm to 7:30pm PST Seminar Neural circuits controlling the selection and persistence of sensory information - Tirin Moore
Image 21 Feb 12pm to 1pm PST Seminar High-speed and high-resolution imaging of brain activity - Na Ji
