The mindful brain : cortical organization and the group-selective theory of higher brain function
Author(s)
Bibliographic Information
The mindful brain : cortical organization and the group-selective theory of higher brain function
MIT Press, 1982
- : pbk
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Available at 5 libraries
Note
Based on papers presented at the fourth intensive study program of the Neurosciences Research Program, held in June 1977
Includes bibliographies
First MIT Press paperback edition, 1982
Description and Table of Contents
Description
A proposal by two eminent biological scientists for a mechanism whereby mind becomes manifest from the operations of brain tissue.
This significant contribution to neuroscience consists of two papers, the first by Mountcastle an, the second by Edelman. Between them, they examine from different but complementary directions the relationships that connect the higher brain-memory, learning, perception, thinking-with what goes on at the most basic levels of neural activity, with particular stress on the role of local neuronal circuits.Edelman's major hypothesis is that "the conscious state results from phasic reentrant signaling occurring in parallel processes that involve associations between stored patterns and current sensory or internal input." This selective process occurs by the polling of degenerate primary repertoires of neuronal groups that are formed during embryogenesis and development. Edelman's theory extrapolates to the brain the selectionistic immunological theories for which he was awarded the 1972 Nobel Prize in Physiology or Medicine. Mountcastle's paper reviews what is known about the actual structure of various parts of the neo cortex. He relates the large entities of the neocortex to their component modules-the local neuronal circuits-and shows how the complex interrelationships of such a distributed system can yield dynamic distributed functioning. There are strong conceptual parallels between Mountcastle's idea of cortical columns and their functional subunits and Edelman's concept of populations of neurons functioning as processors in a brain system based on selectional rather than instructional principles. These parallels are traced and put into perspective in Francis Schmitt's Introduction.
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