Displaying 433 - 440 past events of 1145 Filter Events Event Type Seminar Symposium Session / Talk Social Retreat Organization Knight Initiative for Brain Resilience Wu Tsai Neurosciences Institute Image 01 Feb 10am to 11am PST Seminar Tatiana Engel: Flexible identification of cognitive computations from spikes Image 01 Feb 10am to 11am PST Tatiana Engel - Flexible identification of cognitive computations from spikes Image 31 Jan 1pm to 2pm PST Seminar MBCT Seminar: Gustavo Chau Loo Kung and Stephan Eismann (Stanford) Image 27 Jan 12pm to 1pm PST Seminar CANCELLED: David Ginty - Beauty is skin deep: The sensory neurons of touch Image 20 Jan 12pm to 1pm PST Seminar CANCELLED: Amber Alhadeff - The power of hunger Image 18 Jan 10am to 11am PST Seminar Eva Dyer: Towards robust representations of neural activity: Why do we need them and how do we build them Image 18 Jan 10am to 11am PST Eva Dyer - Towards robust representations of neural activity: Why we need them, how to build them. Image 13 Jan 12pm to 1pm PST Seminar Shawn Hervey-Jumper: Diffuse glioma remodeling of neural circuits in the human brain Pagination First page Previous page Page 51 Page 52 Page 53 Page 54 Current page 55 Page 56 Page 57 Page 58 Page 59 Next page Last page
Image 01 Feb 10am to 11am PST Seminar Tatiana Engel: Flexible identification of cognitive computations from spikes
Image 01 Feb 10am to 11am PST Tatiana Engel - Flexible identification of cognitive computations from spikes
Image 31 Jan 1pm to 2pm PST Seminar MBCT Seminar: Gustavo Chau Loo Kung and Stephan Eismann (Stanford)
Image 27 Jan 12pm to 1pm PST Seminar CANCELLED: David Ginty - Beauty is skin deep: The sensory neurons of touch
Image 18 Jan 10am to 11am PST Seminar Eva Dyer: Towards robust representations of neural activity: Why do we need them and how do we build them
Image 18 Jan 10am to 11am PST Eva Dyer - Towards robust representations of neural activity: Why we need them, how to build them.
Image 13 Jan 12pm to 1pm PST Seminar Shawn Hervey-Jumper: Diffuse glioma remodeling of neural circuits in the human brain
