The Central Void Theory proposes a directional universe with finite constraints, revealing implications for cosmological observations.
The Central Void Theory (CVT) proposes that the universe is not an infinite, isotropic expanse, but afinite, directional physical process with a definitive start point, having an origin.CVT identifies "Infinity" as a mathematical error condition (actual infinity) rather than a physicalreality, imposing Finite Boundary Constraints (Rmax) to ensure non-divergent physical parameters.The model asserts that the 13.8-billion-year temporal limit is a Local Measurement Wall (DataHorizon) resulting from a systemic bias in the FLRW Metric *. CVT predicts that back-calculatingfrom any point in the execution using isotropic assumptions will erroneously return a fixed 13.8-billion-year "age," masking the true duration of the universal process.The model resolves the "Hubble Tension" and "Dipole Anomaly" by identifying our sector as aradial "leaf" within a massive outward expansion that leaves a Massive Central Void at the universalorigin. Critically, CVT corrects the Local Convergence Error of standard cosmology, providing thatthe original expansion occurred at a singular universal coordinate in the distal past. CVT identifies thecurrent inability to directly image the Central Void as a scale-dependent Signal-to-Noiseconstraint. This framework resolves the "Special Observer" requirement of the Standard Model byacknowledging our position as a coordinate within a finite, directional execution. SHA-256 Hash (08049a04162309c221c53ecf5fb95a4e1b860b41a43f6eea04e8eabea2bd6109)
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Dale R. Spengler (2026) studied this question.
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