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August 30, 20260 citationsOpen Access

Dissolution of Parallel-Universe Paradoxes via Compact Toroidal Topology and Finite Self-Reference

From Infinite Expansion to Finite Self-Reference — Thorough Dissolution of the Parallel-Universe and Infinite-Universe Dilemmas by the T⁶⁴ Topology of Yuanxian Theory

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Authors

ZAZhenyuan Acharya

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Overview

Theoretical modeling reveals resolution of infinite-universe paradoxes in modern cosmology, suggesting parallel universes are dimensional projections of a single finite structure.

Key Points

  • To resolve foundational paradoxes in infinite-universe and multiverse theories using a compact sixty-four-dimensional toroidal topology and self-referential dynamics.
  • Constructed a theoretical model utilizing a 64-dimensional compact toroidal topology (T⁶⁴) paired with self-referential mind-field dynamics Ψ = F(Ψ).
  • Re-evaluated four parallel-universe paradigms against a finite-yet-boundaryless geometry featuring topological locking of total energy to zero.
  • Compared derived cosmological parameters with empirical Planck 2024 observational datasets.
  • Demonstrated that separate parallel universes are local projection modes of a single T⁶⁴ manifold rather than infinitely proliferating spacetimes.
  • Resolved gravitational divergence, Olbers' paradox, and energy non-conservation through topological locking that enforces net zero cosmic energy.
  • Yielded cosmological parameter estimates that match Planck 2024 observational data within a 1σ confidence interval.

Cite This Study

Zhenyuan Acharya (2026) studied this question.

synapsesocial.com/papers/6a941ce46c1a8fb52e79e815https://doi.org/10.5281/zenodo.22161288
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