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| Format: | Recurso digital |
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Zenodo
2026
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| Online Access: | https://doi.org/10.5281/zenodo.20319789 |
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Table of Contents:
- <p>We present the structure of the multiverse as a sequence of universes, each its own reference frame, connected by the fundamental quantum force field. Quantum entanglement is gravity. The anti-correlation between entangled spins is the gravitational force. A time dilation causes a length contraction. The time delay causes a respective length change in the entanglement. Length change is space warping. The length of A will not be what the length B will think it is, therefore sending the wrong length information to A. Because the initial length of A is not the final length, there is a new length as warping. A and B have to update their lengths by the error. The fundamental quantum force field is the superposition of spacetime, the warping of spacetime, the length discrepancies caused by associated time delays, and the pixels of space that can move at any speed. The geometry is the neural network. The geometry is shared. It is statistical due to the weight updates by length. It is statistical geometry. This explains the non-locality. Gravity stays local always. Only conflict generates new warping, updating weights non-locally. Mass-energy is conserved. Resolution communication happens both ways. The warp persists beyond the death of a universe, shaping the birth of the next. Gravity connects all universes.</p>