Coherence and Dark Coherence in Cosmic Evolution: Resolving Dark Energy and the Hubble Tension

A Coherence-Driven Explanation for Cosmic Acceleration This Model presents a novel approach to explaining cosmic acceleration through the interaction of coherence and dark coherence fields. Unlike traditional models that rely on a fixed cosmological constant, this framework introduces a dynamic mechanism where the expansion of the universe is governed by real coherence energy in the early universe and imaginary dark coherence energy in later epochs. Key Principles of the Model: Early Universe Expansion: Driven by real coherence energy, which maintains structural stability and facilitates large-scale formation. Late-Time Acceleration: Governed by dark coherence energy, which re-emerges as cosmic density decreases, leading to a second phase of accelerated expansion. Dynamic Hubble Parameter: Resolves the Hubble tension by allowing scale-dependent adjustments in cosmic expansion rates, naturally explaining discrepancies between early and late measurements. Dimensional Evolution: The interplay between coherence fields influences the number of effective dimensions, modifying the behavior of gravity and fundamental forces over cosmic time. Self-Regulating Mechanism: Coherence-dark coherence interactions dynamically shift between stabilizing and accelerating phases, removing the need for fine-tuned constants or exotic new fields. Why Approach is Different: The model replaces the traditional cosmological constant with a self-organizing coherence system that evolves naturally with cosmic conditions. This provides a predictive, testable alternative to existing dark energy models, offering insights into the large-scale structure, cosmic microwave background anomalies, and baryon acoustic oscillations. O