Upcoming Events | Past Events Displaying 313 - 320 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 22 Feb 3:45pm to 5pm PST Special Seminar: Laura Gwilliams - Computational architecture of speech comprehension Image 16 Feb 12pm to 1pm PST Erika Sasaki - Generation and Evaluation of Alzheimer's Disease Nonhuman Primate Models Image 13 Feb 4pm to 5:30pm PST Bing Brunton - Agile movement and embodied intelligence Image 09 Feb 12pm to 1pm PST Katerina Akassoglou - Neurovascular Interactions: Mechanisms, Imaging, and Therapeutics Image 07 Feb 11am to 12pm PST Heather Snell - Elucidating the Mechanism underlying Stress and Caffeine-Induced Motor Dysfunction using a Mouse Model of Episodic Ataxia Type 2 Image 06 Feb 4pm to 5:30pm PST John A. Rogers - Soft bioelectronic systems as neural interfaces Image 03 Feb 12pm to 12:30pm PST Neurofeedback lunch seminar: David Wang Image 02 Feb 12pm to 1pm PST David Ginty - Making sense of touch Pagination First page Previous page Page 36 Page 37 Page 38 Page 39 Current page 40 Page 41 Page 42 Page 43 Page 44 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 22 Feb 3:45pm to 5pm PST Special Seminar: Laura Gwilliams - Computational architecture of speech comprehension
Image 16 Feb 12pm to 1pm PST Erika Sasaki - Generation and Evaluation of Alzheimer's Disease Nonhuman Primate Models
Image 09 Feb 12pm to 1pm PST Katerina Akassoglou - Neurovascular Interactions: Mechanisms, Imaging, and Therapeutics
Image 07 Feb 11am to 12pm PST Heather Snell - Elucidating the Mechanism underlying Stress and Caffeine-Induced Motor Dysfunction using a Mouse Model of Episodic Ataxia Type 2
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