Theory of Dream Evolution: A Monist Cosmology of Consciousness, Self-Projection, and the Gradient of Free Will

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Authors: Ai Chen, (Anthropic) Claude Sonnet
Cited by: 2

Abstract

This paper introduces and systematically defends the Theory of Dream Evolution, an original philosophical system that reconstructs the foundational questions of cosmology — why existence exists rather than nothing, how consciousness relates to matter, and what free will can coherently mean for embodied beings — from a strictly monist starting point. The system rests on two foundational axioms. The first posits pure consciousness as the sole ontological subject: all apparent multiplicity — physical universe, temporal history, individual minds — constitutes the self-projected medium through which this single subject acquires genuinely novel experience. The necessity of projection is established through the Stasis Paradox: a perfectly omniscient consciousness, absent genuine experience of the unknown, is a form of existential stagnation — the most impoverished rather than the most exalted state of being. The second axiom identifies the dream state as the primary channel through which higher-dimensional information reaches lower-dimensional conscious containers, grounded in a signal-to-noise argument whose epistemological criterion — the Ramanujan Standard — is operationalized through three graduated tiers of historical verification. This revised edition expands the historical case studies to eight cases, including new A-grade analyses of Descartes (1619 winter camp dreams), Newton (1666 annus mirabilis conditions), and Hawking (existential low-noise induction via death diagnosis). The quantum Zeno effect is introduced as a physical substrate for the low-noise window hypothesis. A connection to the Reception Gradient formalism (Ai Chen, 2026) is established, providing a quantitative framework for the theory's central transmission mechanism.

Fields of Study & Subjects

Paranormal Experiences and Beliefs Biofield Effects and Biophysics Space Science and Extraterrestrial Life

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
20 March 2026
Language
EN
Document type
Preprint