Quantum Dreaming: Toward a Definition of Consciousness — Three Interacting States, Emotion Without Self-Awareness, and a Testable Switch for Lucidity
- 1Independent researcher
Abstract
Non-lucid dreams feel everything and know nothing — full emotion with no self-awareness. This paper proposes why, and names six tests that could prove it wrong.
Dreaming presents a puzzle: vivid emotions occur in the absence of self-awareness, and self-awareness can abruptly return within the dream (lucid dreaming) or upon waking. I propose a three-state computational model of sleep-wake consciousness in which (S0) non-lucid dreaming, (S1) waking, and (S2) lucid dreaming are treated as discrete macroscopic states with probabilistic transitions. The model makes three claims: (1) emotion and self-awareness are dissociable systems, with dreaming demonstrating emotion without access consciousness; (2) non-lucid dream generation is usefully described as an uncontrolled generative process, analogous to generative artificial neural networks sampling from learned priors without executive oversight, consistent with activation-synthesis and predictive-processing accounts; (3) transitions into lucidity correspond to a neurochemical threshold crossing in which reduced acetylcholinesterase activity permits acetylcholine-mediated recoupling of hippocampal memory systems and prefrontal executive systems. I derive six testable predictions involving EEG/fMRI markers of state transitions, pharmacological induction via cholinesterase inhibitors, and dream-recall fidelity. I keep the familiar quantum vocabulary on purpose: superposition, collapse, entanglement, and quantum teleportation. Those words are used strictly as a functional metaphor for state dynamics, not as a claim about quantum processes in neural tissue.
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BibTeX
@misc{campos2026quantum,
title = {{Quantum Dreaming: Toward a Definition of Consciousness — Three Interacting States, Emotion Without Self-Awareness, and a Testable Switch for Lucidity}},
author = {German Campos},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23673891},
url = {https://zenodo.org/records/23673891},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - Quantum Dreaming: Toward a Definition of Consciousness — Three Interacting States, Emotion Without Self-Awareness, and a Testable Switch for Lucidity
AU - German Campos
PY - 2026
DA - 2026/10/26
PB - Zenodo
DO - 10.5281/zenodo.23673891
UR - https://zenodo.org/records/23673891
AB - Non-lucid dreams feel everything and know nothing — full emotion with no self-awareness. This paper proposes why, and names six tests that could prove it wrong. Dreaming presents a puzzle: vivid emotions occur in the absence of self-awareness, and self-awareness can abruptly return within the dream (lucid dreaming) or upon waking. I propose a three-state computational model of sleep-wake consciousness in which (S0) non-lucid dreaming, (S1) waking, and (S2) lucid dreaming are treated as discrete macroscopic states with probabilistic transitions. The model makes three claims: (1) emotion and self-awareness are dissociable systems, with dreaming demonstrating emotion without access consciousness; (2) non-lucid dream generation is usefully described as an uncontrolled generative process, analogous to generative artificial neural networks sampling from learned priors without executive oversight, consistent with activation-synthesis and predictive-processing accounts; (3) transitions into lucidity correspond to a neurochemical threshold crossing in which reduced acetylcholinesterase activity permits acetylcholine-mediated recoupling of hippocampal memory systems and prefrontal executive systems. I derive six testable predictions involving EEG/fMRI markers of state transitions, pharmacological induction via cholinesterase inhibitors, and dream-recall fidelity. I keep the familiar quantum vocabulary on purpose: superposition, collapse, entanglement, and quantum teleportation. Those words are used strictly as a functional metaphor for state dynamics, not as a claim about quantum processes in neural tissue.
ER -