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Beyond the Big Bang
- The model proposed in the paper suggests a dynamic interaction between white holes and black holes to conserve space-time, matter, and energy.
- It challenges the traditional Big Bang theory by presenting a self-regulating, regenerative universe model based on spin coherence and spatial curvature.
- Key concepts include viewing the speed of light as the rate of structuring space-time, gravity as an emergent property, and white and black holes as part of a conservation loop.
- White holes inject structured space-time, while black holes collapse it back, recycling energy and information in a continuous cycle.
- The universe is depicted as a helical structure in dynamic equilibrium, where gravity emerges from spin coherence and information defines resonant structures.
- The model suggests a universe without a beginning or end, emphasizing stages of resonance and coherence over fine-tuned inflation or heat death.
- Entropy is viewed as local rather than universal, with a cosmic cycle of injection, structure, dispersion, collapse, and rebirth.
- Gravity is explained as a resonance phenomenon, and the universe is portrayed as a living structure of coherence constantly renewing through white holes and black holes.
- The paper concludes by presenting a unified framework integrating gravitational, quantum, and cosmological insights in a conserved system, emphasizing the elegance of the universe's balance.
- Future directions for research include mathematical modeling of the helical spin-lattice structure and mapping black hole and galaxy distributions to resonance harmonics.
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