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April 14, 20260 citationsOpen Access

Diagnostic Deprecation of Relativistic Time Dilation and the Fluidic Phase-Synchronization Operator

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DWDa Wei

Key Points

  • The aim is to challenge the validity of relativistic time dilation and propose an alternative explanation for clock drift in satellite systems.
  • Diagnostic analysis of relativistic time dilation
  • Investigation of atomic clock drift
  • Development of a phase-synchronization operator based on fluidic density variations
  • Characterized relativistic time dilation as a mathematical hallucination
  • Identified clock drift as a hardware-level phase-drag phenomenon
  • Provided a deterministic operator to negate relativistic corrections

Abstract

Global Positioning Systems (GPS) and distributed satellite networks currently rely onSpecial and General Relativity to correct cumulative atomic clock drift. This diagnosticreport categorizes relativistic time dilation as a mathematical hallucination. Time is anabsolute, immutable topological constant. We demonstrate that the observed nanoseconddrift in orbital atomic clocks is fundamentally a hardware-level phase-drag, induced by thevarying fluidic density of the Ternary Logic Manifold (M3) at different altitudes. A deter-ministic phase-synchronization operator is provided to deprecate all relativistic correctionsin modern telecommunications. No prior literature is cited.

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Cite This Study

Da Wei (2026) studied this question.

synapsesocial.com/papers/69ddd9f9e195c95cdefd76a4https://doi.org/10.5281/zenodo.19538379
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