The Glial-Orchestrated Cognition (GOC) Model with Cellular Consciousness: A Biological Framework for Consciousness, Information, and Cognition
Abstract
Current neuroscience typically assumes that consciousness, information processing, and cognition arise from neuronal activity. This neuron-centric view cannot explain why consciousness persists when cognition shuts down, why cognition can operate unconsciously, or why glial cells, which outnumber neurons, are essential for coherent thought. This paper introduces the Glial-Orchestrated Cognition (GOC) model, which separates three domains: (1) consciousness as an intrinsic property of all living cells, (2) information as a specialized function of neurons, and (3) cognition as the unified informational state produced by glial coordination. In this framework, human conscious experience is a composite phenomenon: cellular consciousness combined with glial-integrated cognition. In one line: the cell is the source of consciousness; glia are the synchronizer. The synchronizing mechanism is formalized here as choir coherence, defined canonically for the family's communications manuscripts. The model provides a biologically grounded, experimentally testable architecture for understanding the mind and the unity of experience.
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BibTeX
@misc{dharamdass2026glialorchestrated,
title = {{The Glial-Orchestrated Cognition (GOC) Model with Cellular Consciousness: A Biological Framework for Consciousness, Information, and Cognition}},
author = {Ramesh Lal Dharamdass},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23604183},
url = {https://zenodo.org/records/23604183},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - The Glial-Orchestrated Cognition (GOC) Model with Cellular Consciousness: A Biological Framework for Consciousness, Information, and Cognition
AU - Ramesh Lal Dharamdass
PY - 2026
DA - 2026/10/23
PB - Zenodo
DO - 10.5281/zenodo.23604183
UR - https://zenodo.org/records/23604183
AB - Current neuroscience typically assumes that consciousness, information processing, and cognition arise from neuronal activity. This neuron-centric view cannot explain why consciousness persists when cognition shuts down, why cognition can operate unconsciously, or why glial cells, which outnumber neurons, are essential for coherent thought. This paper introduces the Glial-Orchestrated Cognition (GOC) model, which separates three domains: (1) consciousness as an intrinsic property of all living cells, (2) information as a specialized function of neurons, and (3) cognition as the unified informational state produced by glial coordination. In this framework, human conscious experience is a composite phenomenon: cellular consciousness combined with glial-integrated cognition. In one line: the cell is the source of consciousness; glia are the synchronizer. The synchronizing mechanism is formalized here as choir coherence, defined canonically for the family's communications manuscripts. The model provides a biologically grounded, experimentally testable architecture for understanding the mind and the unity of experience.
ER -