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1
Intro
2
Collaboration
3
The Basics
4
Driving Inputs
5
Thalamus Cartoon
6
Visual Relays
7
Pulvinar
8
A Slice Experiment
9
Preparation
10
V2 Cells
11
Population Activity
12
Branching Axons
13
Retinol Axons
14
Early Example
15
Summary
16
Alternative view
17
Evolution is messy
18
Summarize
19
Clarification
Description:
Explore the intricate relationship between the thalamus and cortex in this 37-minute lecture by S. Murray Sherman from the University of Chicago. Delve into the concepts of representation, coding, and computation in neural circuits, focusing on the thalamus's role in visual processing. Learn about driving inputs, visual relays, and the pulvinar nucleus. Examine slice experiments, V2 cells, population activity, and branching axons. Gain insights into retinal axons and early examples of thalamo-cortical connections. Conclude with a summary of findings, an alternative perspective, and a discussion on the messy nature of evolution in neural circuitry.

A View of Cortex from the Thalamus

Simons Institute
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