From Infinite Expansion to Finite Self-Reference — Thorough Dissolution of the Parallel-Universe and Infinite-Universe Dilemmas by the T⁶⁴ Topology of Yuanxian Theory
Theoretical modeling demonstrates dissolution of infinite-universe paradoxes in modern cosmology, indicating parameter alignment with Planck 2024 observational data.
Key Points
To resolve theoretical contradictions in parallel-universe and infinite-universe models by replacing infinitely expanding space-time with a finite, self-referential topology.
Formulated a compact 64-dimensional toroidal topology (T⁶⁴) governed by self-referential mind-field dynamics Ψ = F(Ψ).
Reconceptualized parallel universes as local manifestation modes of a single geometric ontology projected across different dimensions.
Compared theoretically derived cosmological parameters against empirical data from the Planck 2024 mission.
Eliminated foundational cosmological paradoxes—including Olbers' paradox, gravitational divergence, and energy non-conservation—via a finite yet boundaryless geometry with topologically locked zero total energy.
Achieved consistency across all derived model parameters with Planck 2024 observational measurements within a 1σ margin.