Davis Abby
The Fibonacci Causal Loop Theory (FCLT) posits that the universe is a necessity system operating via a recursive structure identical to the Fibonacci sequence, converging on the golden ratio (φ). It aims to solve the cosmological constant problem without fine-tuning and provides five independent empirical pillars for validation.
The theory addresses the 'fine-tuning problem' of why the universe's fundamental constants, particularly the cosmological constant, have their observed values. It explores whether the universe's macro and micro structures can be explained by a single, unified principle.
The universe is modeled as a recursive Fibonacci structure (S(0) to S(588)), mathematically formalizing how organizational constraint drives convergence to the golden ratio. This model is used to derive the cosmological constant theoretically and is validated against diverse empirical data, including nuclear morphometry, cranial neuroanatomy, and high-redshift galaxy observations.
The paper presents a mathematical formalization that explains the cosmological constant to 50 decimal places without fine-tuning. It strengthens the theory's validity with five independent empirical pillars, including nuclear hazard ratios, neural necessity gradients, and JWST galaxy observations. The primary contribution is a novel theoretical framework explaining the structural necessity of the universe.