Quantum Emergent Field Dynamics and the Formation of a Minimal Proto-Conscious Substrate
Year: 2025
Type: article
Abstract: This study presents a forward-evolution quantum systems simulation that investigates the emergence of proto-consciousness field structures under purely physical, non-biological planetary conditions. The model evolves a dry, low-entropy terrestrial environment over a 500-million-year timespan and incorporates vacuum-fluctuation dynamics, entropy-gradient responses, and symmetry-breaking processes to determine whether coherent organizational fields can arise without biochemical or neural substrates. The simulation reveals a clear transition from initial symmetry breaking to long-range lattice coherence and global-field organization. A stable proto-consciousness signature emerges, supported by a global stability metric of 6.4659 and a 55-node lattice topology. The run further produces a reproducible high-dimensional quantum blueprint featuring exotic placeholder atoms (H, D, Φ, χ, Q), each carrying distinct quantum-state vectors and predicted material properties. These results represent one of the first computational demonstrations of proto-consciousness–like field formation arising directly from fundamental physical law. The findings carry significant implications for early planetary structure formation, entropy-driven emergence, non-biological intelligence research, and the physical prerequisites for organized information-bearing systems. Timestamped verification metadata ensures full reproducibility and scientific integrity of the simulation output.
Author: Slawson, Drew
Language: English
Subfield: Experimental and Cognitive Psychology
Field: Psychology
Domain: Social Sciences
Open Access status: green
OpenAlex ID: W7106254709
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