A Computationally Testable Conscious Singularity Framework: An Agent-Based Simulation Model of Consciousness-First Creation

This preprint presents the Conscious Singularity Framework, a consciousness-first theoretical model proposing that the primordial cosmological singularity may be interpreted as an information-aware origin state. The framework introduces the concept of the Nuron as a theoretical unit of structured informational intent within a Field of Consciousness (FOC). To examine the computational plausibility of this framework, an agent-based simulation was developed in which interacting agents undergo emotion-driven experiential cycles governed by hybrid stochastic–orchestrated dynamics. The model implements mechanisms for guided autonomy, feedback-based learning, and continuity across cycles. Simulation results demonstrate the spontaneous emergence of emotional diversification, inter-agent interdependence, convergence of experiential coverage, and increasing cooperative behavior. These findings suggest that minimal orchestration rules can generate structured developmental trajectories consistent with consciousness-first cosmological hypotheses. This work is intended as a proof-of-concept study and an invitation for further computational, philosophical, and interdisciplinary investigation into information-based and consciousness-oriented models of physical reality.