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May 17, 20260 citationsOpen Access

Thermodynamics of the Bulk: Spontaneous Anti-Alignment and Multi-Graph Interference in QGEFT

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YCYaniv Cohen

Key Points

  • This research investigates spontaneous anti-alignment phenomena in Quantum Gravitational Effective Field Theory (QGEFT) through various bulk configurations.
  • Analyzed a small-volume configuration with `N=32` and `N=64` under nominal parameters.
  • Examined the interactions between a `3d-local` brane and a `small-world` brane.
  • Measured edge-alignment and energy-gap proxies to assess state settling.
  • In the `N=32` setup, a stable anti-aligned state with edge-alignment proxy `-1.0` and an energy-gap proxy dropping to `≈ 0.0652` was observed.
  • In the `N=64` setup, an aligned state with final alignment `+1.0` was achieved, indicating competition between branches in the bulk.
  • Evidence supports the presence of a spontaneous anti-alignment sector in small-volume configurations.

Abstract

The present bulk benchmark supports a genuine multi-graph ordering phenomenon in QGEFT. In the small-volume `N=32` branch, a cold `3d-local` brane and a hot `small-world` brane coupled by sparse bulk edges repeatedly settle into a perfectly anti-aligned state with edge-alignment proxy `-1.0`, while the per-site energy-gap proxy falls from the first measured value `≈ 0.1765` to recurring minima near `≈ 0.0652`. A direct `N=64` comparison under the same nominal parameters instead settles into the aligned branch with final alignment `+1.0`, so the current evidence supports branch competition in the bulk, including a robust small-volume spontaneous anti-alignment sector, but not yet a universal anti-alignment law.

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Cite This Study

Yaniv Cohen (2026) studied this question.

synapsesocial.com/papers/6a095b3e7880e6d24efe0ed6https://doi.org/10.5281/zenodo.20213145
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