Gravity may function as an informational feedback system, dynamically balancing the universe from quantum interactions to galaxies.The concept of 'entropic switching' explains entropy's behavior on different scales, contributing to the emergence of complexity amidst chaos.The interaction between consciousness and quantum states influences the actualization of realities within the universe.The paper integrates quantum physics, cosmology, and philosophy, challenging traditional notions and offering empirical pathways for validation.The model proposes a universe emerging from timeless quantum potentials shaped by dynamic equilibria and self-organizing oscillations.Universal stability thresholds are hypothesized to govern transitions between stability, instability, and collapse in cosmic structures.Gravity is characterized as an informational equilibrium field encoding positional data to maintain balance.The idea of entropic switching introduces localized temporal resets within space-time, observable in phenomena such as supernovae.This framework bridges quantum physics with cosmology and philosophy, encouraging further theoretical development and empirical validation.The manuscript presents speculative hypotheses backed by observational analogies, inviting insights to redefine fundamental physics concepts.