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January 26, 20260 citationsOpen Access

Metric Chronetic Theory (MCT): Time as a Kinetic Byproduct of Void Expansion and the Scaling Resolution of Reality

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LHLee Holmes

Key Points

  • To redefine time in the context of void expansion rather than as a dimension, incorporating gravitational effects.
  • Develop a new theoretical framework for time based on void expansion.
  • Analyze the 4.9% gravitational residual using the Lattice Elastic Limit.
  • Design a falsifiable experiment called the 'Zeta-Shift' using Strontium-87 lattice clocks.
  • Proposed a novel perspective on time as a kinetic rate.
  • Identified a mechanism for accounting for gravitational residuals in the theory.
  • Outlined an experimental approach to validate the new concepts in Metric Chronetic Theory.

Abstract

Metric Chronetic Theory (MCT) redefines time as a kinetic rate (x) of void expansion rather than a dimension. It accounts for the 4.9% gravitational residual via the Lattice Elastic Limit (εL = 0.049) and proposes a falsifiable 'Zeta-Shift' experiment using Strontium-87 lattice clocks.

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Cite This Study

Lee Holmes (2026) studied this question.

synapsesocial.com/papers/69770413722626c4468e91dbhttps://doi.org/10.17605/osf.io/ejvqm
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