Abstract

This presentation introduces a mathematical model in which the probability of physical actualization is modulated by an internal “awareness” factor that dynamically alters the influence of entropic forces. By integrating recursive awareness—later expressed using the Fibonacci sequence—the model illustrates how coherent, meaningful structures (e.g., functional RNA) might emerge from high-entropy prebiotic conditions. In the revised version, we extend the formulation from a one-dimensional (1D) configuration space to include a full three-dimensional (3D) formulation, thereby offering a more comprehensive view on how directed emergence of structured configurations may occur in realistic environments. This unified framework presents discrete, quantized transitions, natural scaling, and fractal organization across different dimensions.