Growing Earth Theory

This thesis explores a novel perspective on the origins and sustainability of life, proposing that life emerges from a mild electrical charge that initiates a small perturbation, or "bump," which actively seeks to perpetuate itself. This theory aligns with existing scientific models, including abiogenesis, bioelectricity, and thermodynamics, while introducing a dynamic framework in which life is viewed as an ongoing self-regulating electrical process. Through mathematical modeling and simulations, we demonstrate how an initial electrical impulse can drive lifelike behavior, sustaining and adapting to environmental fluctuations.

Before delving into the intricate concepts surrounding Solus Particula, it is crucial to recognize the speculative nature of this discourse. We are embarking on a journey through theoretical physics and cosmology, where we seek to unravel the mysteries of temporal dynamics within the cosmos.