Rapid learning (and unlearning) in the human brain
Nitzan Censor· Tel Aviv U
Tue, May 10 · 16:00 UTC
Seminars and recordings
Nitzan Censor· Tel Aviv U
Tue, May 10 · 16:00 UTC
Erez Freud· York
Tue, Apr 5 · 16:00 UTC
Kalanit Grill-Spector· Stanford
Thu, Mar 31 · 16:00 UTC
Valérie Goffaux· UC Louvain
Tue, Mar 22 · 16:00 UTC
Ilona Kovacs· Péter Pázmány Catholic University
Tue, Mar 15 · 16:00 UTC
Wilma Bainbridge· University of Chicago
Tue, Mar 8 · 16:00 UTC
Sharon Gilaie-Dotan· Bar Ilan University
Tue, Feb 22 · 16:00 UTC
Shimon Ullman· Weizmann Inst.
Tue, Feb 15 · 16:00 UTC
Alexandra Bowers· Harvard Ophthalmology
Tue, Jan 25 · 16:00 UTC
Rimona Weil· UCL
Tue, Jan 11 · 16:00 UTC
Michal Irani· Weizmann Inst.
Tue, Dec 21 · 16:00 UTC
Galia Avidan· Ben Gurion U
Tue, Dec 14 · 16:00 UTC
Joshua Solomon· City, University of London
Tue, Nov 30 · 16:00 UTC
Juha Silvanto· University of Surrey
Tue, Nov 23 · 16:00 UTC
Eli Peli· Harvard
Tue, Nov 16 · 16:00 UTC
Mary Hayhoe· University of Texas, Austin
Tue, Nov 9 · 16:00 UTC
Natural behavior reveals the way that gaze serves the needs of the current task, and the complex cognitive control mechanisms that are involved. It has become increasingly clear that even the simplest actions involve complex decision processes that depend on an interaction of visual information, knowledge of the current environment, and the intrinsic costs and benefits of actions choices. I will explore these ideas in the context of walking in natural terrain, where we are able to recover the 3D structure of the visual environment. We show that subjects choose flexible paths that depend on the flatness of the terrain over the next few steps. Subjects trade off flatness with straightness of their paths towards the goal, indicating a nuanced trade-off between stability and energetic costs on both the time scale of the next step and longer-range constraints.
We use cookies for analytics.