The Subcritical Brain and Motion Control

Explore the fascinating intersection of neuroscience and mathematics in this hour-long lecture on "The Subcritical Brain and Motion Control" by Yarom Baram from the Israel Institute of Technology. Delve into the world of cortical linguistics, where neurons and neural circuits are likened to letters and words in mathematical graphs. Discover how these structures form the foundation of cortical architecture and function. Uncover the role of mathematical properties such as number primality in explaining the brain's remarkable capacity for information storage and retrieval using relatively small neural circuits. Examine cortical dynamics and their influence on memory processes and mechanical operations like motion control. Learn about the various neural circuit firing rates, from chaotic to silent, and how their interactions drive brain function. Gain insights into practical applications, including motion control techniques for individuals with neurological impairments, illustrated through real-world examples.