1 / 13

MBC Overview and Charge to Board

MBC Overview and Charge to Board. Jay McClelland Director. Welcome, Thanks, and Introductions. Our Board Members: Tom Jessel, Read Montague, Pietro Perona, Terry Sejnowski Our Steering Committee Jay McClelland, Bill Newsome, Andrew Ng, Krishna Shenoy Our Current Trainees

paniz
Download Presentation

MBC Overview and Charge to Board

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. MBC Overview andCharge to Board Jay McClelland Director

  2. Welcome, Thanks, and Introductions • Our Board Members: • Tom Jessel, Read Montague, Pietro Perona, Terry Sejnowski • Our Steering Committee • Jay McClelland, Bill Newsome, Andrew Ng, Krishna Shenoy • Our Current Trainees • Logan Grosenick, David Kastner, Jacob Rinaldi, Nick Steinmetz

  3. Basic Tenets • Cognitive states are emergent consequences of the interactions of neurons distributed widely within and across brain regions • To understand how ensembles of neurons represent and use information and how they work together to give rise to human mental abilities requires the synergistic engagement of theoretical and computational research with experimental investigations

  4. Daunting Facts • A human brain contains ~1011 neurons ~1015 connections

  5. Receptive fields learned from natural images using sparse coding by Olshausen and Field (1996)

  6. Neural Prosthetics: Translating brain activity into actions

  7. Introduction to MBC • Origins of MBC • Jay McClelland’s arrival • Seeds of mutual interest and connection • NSF IGERT training grant proposal • Three goals • Interdisciplinary engagement • Graduate training • Faculty development

  8. Speaker series Dinner Seminars MBC Symposium High temporal resolution human brain imaging Shared computing resources Multi-investigator grant on dynamics of decision making McClelland, Newome, Holmes, and others Interdisciplinary Research Engagement

  9. Key Program Features Open to PhD students in degree-granting programs at Stanford Funded by IGERT Grant, only applicable to US nationals Individualized program of coursework and research training Requires bridging and stretching to integrate complementary approaches Requires well-developed plan Each trainee has both a mentor and a co-mentor New Course Offerings Computational Neuroscience I&II Huguenard (Sanger) PDP class McClelland Stochastic and Nonlinear Dynamcs Fisher Computational Models of Neocortex Dean (Multivariate Data Analysis) (Case Studies Class) Graduate Training

  10. Enhancement and Adjustment? • Fill Course Gaps • But existing faculty have full loads • Find funding for non-US nationals • Adjust program requirements and application process to increase early engagement

  11. Building MBC Faculty • MBC has participated in recruitment of outstanding Junior Faculty in CS and Psychology • Fei-Fei Li • Sam McClure • We have many other relevant faculty but no one at the core of Theoretical Neuroscience • Continued faculty development is likely around the edges of Theoretical Neuroscience • A Billet we could offer to possible partner departments might be helpful to attract someone at the heart of this field, who whose teaching would be expected to meet the needs of the MBC program

More Related