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1
Intro
2
Brain structure
3
local populations
4
excitatory neurons
5
dynamical system
6
synchronous spiking
7
wandering frequencies
8
two neuron model
9
memory
10
realistic computational modeling
11
local randomization
12
retinotopic map
13
orientation selectivity
14
orientation domain
15
model output
16
microscopic rules
Description:
Explore a comprehensive seminar on developing mathematical models of the brain, presented by Distinguished Visiting Professor Lai-Sang Young from New York University. Delve into brain structure, local populations, and excitatory neurons through the lens of dynamical systems. Examine synchronous spiking, wandering frequencies, and two-neuron models, while considering memory and realistic computational modeling. Investigate local randomization, retinotopic mapping, and orientation selectivity in the context of brain function. Gain insights into orientation domains, model outputs, and microscopic rules governing neural behavior. Enhance your understanding of the intricate relationship between mathematics and neuroscience in this in-depth, hour-long presentation from the Institute for Advanced Study.

Towards a Mathematical Model of the Brain - Lai-Sang Young

Institute for Advanced Study
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