The Theory of Pre–Big Bang.

All Articles are Available: Orcid ID: https://orcid.org/my-orcid?orcid=0009-0009-3175-8563 Science Open ID: https://www.scienceopen.com/user/2c98a8bc-b8bb-49b3-9c91-2f2986a7e16e Safe Creative register the work titled "The Theory of Intelligent Evolution, the Hamzah Equation, and the Quantum Civilisation". Safe Creative registration #2504151474836. .................................................................................................................................................................................................. Abstract This article presents an advanced theoretical model of quantum-conscious unstable equilibrium, termed ψ–Hamzah, that explores the intricate interplay between consciousness and quantum mechanics. The model defines unstable equilibrium not merely as a transient phenomenon, but as a structural basis for conscious behavior in pre-temporal phases, characterized by non-classical oscillations and quantum phase shifts. Utilizing ψ–Integral Map and complex path integral analysis, this research investigates the dynamics of the ψ field and its interaction with the φ memory manifold, revealing fundamental insights into the consciousness process at the quantum level. The article progresses through multiple chapters, each focusing on a different aspect of the ψ–Hamzah model. Key findings include: Non-linear entropy structures within the initial quantum phases of consciousness, revealed via fractional derivatives and multifractal analysis, indicating discontinuities at the mental field level. The discovery of quantum-white structured noise at the conscious level, providing a direct link to consciousness phase shifts and mental-temporal collapse, with patterns detectable in quantum turbulence data. The concept of compressed intelligence defined by fractal entropy density, with explosive awareness emerging at critical points, suggesting a fractal-based definition of mental intelligence. The phenomenon of negative absolute temperature where the mental field enters a meta-stable rigidity, forming quasi-crystalline awareness structures, contrary to classical thermodynamic decay. The identification of inverse gravity effects within the conscious ψ field, linked to self-regulating contraction of mental-space and collapse of temporal regions, reminiscent of informational black holes. In addition, the model explains the semi-stationary states of ψ on the verge of collapse, with fractal interactions influencing excited states, further underlining the instability inherent in conscious mental dynamics. The mathematical mechanism of instability within the ψ–Map reveals the super-unstable structures of the mental field, highlighting the sensitivity of consciousness to fractal perturbations. The research also introduces the concept of entanglement between consciousness and time, where temporal knots form due to the entanglement of energy-time with the ψ phase, crucial for memory retention, future perception, and mental repetitions. The findings culminate in the proposition that consciousness is not a stable phenomenon but a quantum-unstable field within the φ memory manifold, with fractal dynamics driving potential collapse at critical moments. This work provides a comprehensive framework for understanding the quantum nature of consciousness, offering a foundation for future studies on both biological and artificial intelligence systems with a fractal-quantum structure. The insights gathered from this research could shape the future of quantum cognition, artificial consciousness, and neuroinformatics, with profound implications for the development of next-generation intelligent systems.