Section 6 Evidence for the architectural constraints in the brain
How the anatomy and physiology of the brain confirms the presence of the predicted architectural forms; how major anatomical structures correspond with the information processing subsystems predicted by the natural selection pressures resulting from the practical considerations
Lecture 15 Comparing the cortex with the architectural constraints
Part 1 Expected Architectural Constraints Observed in the Brain as a Whole
Part 2 The Cortex Compared with Expected Modular Hierarchy
Part 3 Cortex Information Model
Part 4 Hierarchy of Descriptions for Receptive Field Expansions
Lecture 16 Comparing the hippocampus with the architectural constraints
Part 1 Hippocampus as the Cortical Change Manager
Part 2 Information Model for Hippocampal Change Management
Part 3 How the Hippocampus Selects and Drives Appropriate Cortical Receptive Field Changes
Lecture 17 Comparing the subcortical structures with the architectural constraints
Part 1 BasalGanglia, Thalamus and BasalForebrain Compared with Expected Architectural Structures
Part 2 Basal Ganglia Information Model
Part 3 Understanding the Effects of Basal Ganglia Damage in terms of its Information Processing Role
Part 4 The Action of the Basal Ganglia and Basal Forebrain on the Thalamus
Lecture 18 Comparing the amygdala, hypothalamus and cerebellum with the architectural constraints
Part 1 Amygdala and Hypothalamus Compared with Expected Architectural Structures
Part 2 Operation of the Full Hippocampal System
Part 3 General Neurotransmitter Systems Compared with Expected Architectural Structures
Part 4 Cerebellum as the Expected Rapid Sequence Implementation Structure
Part 5 Cerebellum Information Model
Part 6 Summary of Correspondences between Brain Structures and Predicted Architecture
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How the anatomy and physiology of the brain confirms the presence of the predicted architectural forms; how major anatomical structures correspond with the information processing subsystems predicted by the natural selection pressures resulting from the practical considerations
Lecture 15 Comparing the cortex with the architectural constraints
Part 1 Expected Architectural Constraints Observed in the Brain as a Whole
Part 2 The Cortex Compared with Expected Modular Hierarchy
Part 3 Cortex Information Model
Part 4 Hierarchy of Descriptions for Receptive Field Expansions
Lecture 16 Comparing the hippocampus with the architectural constraints
Part 1 Hippocampus as the Cortical Change Manager
Part 2 Information Model for Hippocampal Change Management
Part 3 How the Hippocampus Selects and Drives Appropriate Cortical Receptive Field Changes
Lecture 17 Comparing the subcortical structures with the architectural constraints
Part 1 BasalGanglia, Thalamus and BasalForebrain Compared with Expected Architectural Structures
Part 2 Basal Ganglia Information Model
Part 3 Understanding the Effects of Basal Ganglia Damage in terms of its Information Processing Role
Part 4 The Action of the Basal Ganglia and Basal Forebrain on the Thalamus
Lecture 18 Comparing the amygdala, hypothalamus and cerebellum with the architectural constraints
Part 1 Amygdala and Hypothalamus Compared with Expected Architectural Structures
Part 2 Operation of the Full Hippocampal System
Part 3 General Neurotransmitter Systems Compared with Expected Architectural Structures
Part 4 Cerebellum as the Expected Rapid Sequence Implementation Structure
Part 5 Cerebellum Information Model
Part 6 Summary of Correspondences between Brain Structures and Predicted Architecture
Return to course index