Zenodo
The Franquero Model of Quantum-Thermodynamic Consciousness (FMQC), Version 1.1
By Keny Wayne Franquero.
Abstract
A hypothesis generating quantum thermodynamic framework for consciousness, in which the brain actively manages thermal noise to protect a fragile quantum coherent substrate within neural microtubules. The model is formalized as a modified stochastic Kuramoto network with temperature dependent classical and quantum coupling, homeostatic adaptation, and thalamocortical pacemaker drive. Simulations reproduce four clinical signatures: sharp bifurcation at a critical temperature T_c, graceful degradation under focal heating, topological hub vulnerability, and hysteretic recovery from combined anesthetic and thermal insult. This preprint includes falsifiable predictions, pre registered experimental protocols, and full simulation code.
Keywords
- Biofield Effects and Biophysics
- consciousness
- quantum thermodynamics
- microtubules
- quantum coherence
- thermal noise
- Kuramoto synchronization
- bifurcation
- critical temperature
- anesthetic effects
- burns
- homeostatic adaptation
Source
This is a preprint: it has not been peer reviewed yet, and its findings may change.
Published in Zenodo (CERN European Organization for Nuclear Research). The abstract is shown as published and remains the work of its authors; read the full article at the source.