An important consideration regarding the impact of the initial point's vibrations once the universe has sufficiently formed. The point made earlier about the potential oscillation of the entire universe from the initial point's vibrations may need a different perspective considering the evolution and formation of the universe.
Once the universe has initiated its formation from the initial point's vibrations, the subsequent vibrations at the origin of the initial point might not significantly affect the already established universe. This is because, after the universe's formation, the effects of gravitational forces or oscillations from the initial point may not play a significant role.
The initial point's vibrations, akin to a spark that initiates systemic destabilization, might have a substantial impact during the universe's early stages. However, as events unfold, energy is distributed, gravitational forces evolve, and the universe expands, the influence of the initial point's vibrations could diminish over time. The past actions of the initial point may become less consequential as the universe progresses, transitioning into what could be considered a "dead past" concerning its current state and evolution.
Therefore, while the initial vibrations might have sparked the universe's formation and initial processes, their ongoing influence may diminish over time as the universe evolves, expands, and establishes its own dynamics beyond the influence of the initial point's early vibrations
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