Uncertainty-Based Memory Updating - Mate Lengyel

Explore a conference talk on "Uncertainty-Based Memory Updating" presented by Mate Lengyel from Cambridge University at the Timescales of Plasticity and Underlying Mechanisms conference. Delve into the neurobiology of learning across various timescales, from seconds to weeks, and examine how the brain associates events separated by different time intervals despite synaptic changes occurring within milliseconds. Discover the molecular, cellular, and circuit-level mechanisms employed by the brain to bridge multiple timescales in individual experiences. Gain insights into the biological processes supporting associative learning across different time frames, complementing the conference's computational focus with an integrated analysis of statistical learning spanning molecular, cellular, circuit, and behavioral-level phenomena. This 46-minute presentation, recorded at the Kavli Institute for Theoretical Physics in Santa Barbara, CA, offers a comprehensive exploration of memory updating mechanisms and their relationship to uncertainty in neural processes.

Uncertainty-Based Memory Updating ▸ Mate Lengyel (Cambridge)