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Interconnectedness of toroidal fields.
The invisible fabric of creation looks like, something like this.
The Aether that holds our reality and our universe together.
Infinitely simple, yet Infinitely complex, and connected, to everything. From the infinitely small, to the infinitely large.
The central point between two magnetic fields in attraction acts as a latent reservoir of energy, a scalar superpotential metaphorically comparable to the inflaton.
1. Latency of the scalar superpotential
- At the center of the superposition, the energy density would be maximal.
- That point behaves like a local “false vacuum,” analogous to the inflaton in cosmology.
2. Collapse of the magnetic fields
- When the two electromagnets collapse, the symmetry of the central point breaks.
- The superpotential is released, inflating the intermediate volume.
3. Generation of a true vacuum
- The released energy translates into a vacuum field that extends to the surface of the electromagnets.
- This process occurs in a short span, like a mini‑holographic inflation.
4. Analogy with cosmic inflation
- In cosmology, the inflaton decays from the false vacuum to the true vacuum, releasing energy and expanding space.
- The magnetic center has a high‑density core that, upon collapse, expands into a new volume.
- Physical metaphor: the center between the magnets is like an “inflationary seed” that, when collapsing, triggers a vacuum expansion.
- It can be presented as a “microscopic Big Bang” contained between two poles, where latent order is released in the form of expansion.
Tridimensionality as a Trace of Tripartite Entanglement
In the vision of emergent gravity, space-time is not a fixed stage but rather a consequence of the quantum correlations that structure the vacuum. The vacuum, far from being “nothing,” can be conceived as an invisible network of entanglements.
When entanglement is bipartite, correlations are organized into lines: links that connect two systems and can be thought of as threads stretched between points. However, tripartite entanglement introduces a richer minimal geometry: the triangle. Three inseparably correlated systems generate a structure that cannot be reduced to pairs, opening the possibility of an additional dimension.
Within this framework, tridimensionality emerges as the macroscopic projection of that triangular network. The x and y axes constitute the two-dimensional boundary, the plane where information is encoded and sustained. The z axis, by contrast, represents the emergent volume, the third direction that unfolds thanks to the tripartite entanglement of the quantum vacuum.
Thus, three-dimensional space can be interpreted as a tapestry of quantum triangles which, by overlapping and interweaving, generate the sensation of volume. Gravity, in this reading, would not be a fundamental force but rather the elasticity of that triangular network—the way the vacuum responds to the presence of energy and matter.