plt.show()
How the script works:
Integrate the consciousness function (tr)\psi(t_r)(tr) numerically.
Computes the resonance function R(tr)R(t_r)R(tr) which is the cosine modulated by consciousness.
Visualizing the dynamics of consciousness and resonance in two graphs.
6.e Relation to Complex Systems Theory and Information Fields
The concept of absolute time resonance proposed in this theory has deep connections with the theoretical frameworks of complex systems and information fields, two contemporary approaches that are increasingly dominant in understanding multidimensional and dynamic phenomena at various levels of existence.
Complex Systems Theory presents a conceptual and mathematical framework for studying systems consisting of many interacting components with non-linearity, feedback, and emergent global patterns that cannot be reduced to the characteristics of their parts alone. A time-conscious system that integrates absolute and relative time can be viewed as a adaptive complex system, where consciousness acts as a resonant regulating agent. The dynamics of simulated temporal changes in consciousness and resonance depict non-linear and bifurcated behavior, reflecting the fragility and resilience of the system in maintaining its temporal cohesion.
In this context,information field emerged as a metaphorical and formal conception that links physical, biological, and phenomenological phenomena. The information field can be viewed as a field that contains and propagates patterns of meaning and temporal coherence that enable synchronization between consciousness and absolute time. This is similar to the concept order parameter in the physics of complex systems, which represents the macroscopic variables that govern the state of the system as a whole. Absolute time resonance is a manifestation of the temporal information field, which underlies the subjective experience of time and is also an ontological reference for relative time.
Furthermore, this information field plays a role in bridging the gap between the microscopic (quantum physics, particle dynamics) and macroscopic (human consciousness, time experience) levels, by facilitating the transfer and transformation of resonance patterns. Therefore, the multidimensional integration that is the solution for the restoration of resonance (Postulate 5) also demands an interdisciplinary approach that combines physics, biology, cognition, and the humanities within the framework of complex systems and information fields.
Thus, the theory of absolute time resonance not only enriches the discourse on metaphysics and phenomenology of time, but also provides a formal foundation that has the potential to be applied in research in complex science, neuroscience, and information science, opening up new avenues of exploration in understanding the relationship between time, consciousness, and existence.
