On the Embryology of Consciousness

Document Type: 
ASSC Conference Item
Article Type: 
Theoretical
Disciplines: 
Neuroscience
Topics: 
Neural Correlates of Consciousness
Deposited by: 
MD Jeffrey Foster
Date of Issue: 
2007
Authors: 
Jeffrey Foster
Event Dates: 
June 22-25, 2007
Event Location: 
Las Vegas
Event Title: 
11th annual meeting of the Association for Scientific Study of Consciousness
Event Type: 
ASSC Conference
Presentation Type: 
Poster
Number of Pages: 
1
Abstract: 
Consciousness initially as a widely distributed non-sentient homeostatic operator function. It initially functions to preserve adequate information flows between Parts (e.g., cells) and the Whole as the organism grows and develops. It later is involved with integrating sensory, perceptual, linguistic, affective, memory and higher cognitive mechanisms as they develop. The model indicates that Consciousness is a robust mechanism supporting at least 6 computational domain mapping modes. It also states that the Consciousness mechanism develops a variety of inherent abstraction capabilities—including the abstraction of Self—which serve as foundations for interactions between itself and other mental functions as they develop. The existence of functional symmetry relationships between biologic and mental dimensions is posited as critical to allowing seamless interfacing between the Consciousness operator function and these other functions. The theory rests on four critical substrates: Information, Communication, Morphology and a recognized biologic (Morphogenetic) Field. It operates through the creation of sets (of Parts), through mappings between sets, through symmetry relationships and through attributes of fractal geometry & fractal physiology by which the boundaries of the sets are formed. The model is generalizable to phyla that are brain-based and perhaps also to those that do not have central nervous systems.
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EmbryologyofConsciousness_Poster.pdf476.3 KB