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May 16, 20260 citationsOpen Access

P22 — Emergent Relativistic Kinematics from Informational and Geometric Coherence

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EFEnrico Ferrero

Key Points

  • The aim is to derive effective relativistic kinematics through informational and geometric coherence properties.
  • Developed an analytical framework for effective kinematics based on previous findings.
  • Derived Lorentz-invariant structures without presuming relativistic symmetry at a fundamental level.
  • Explored the connection between informational dynamics and relativistic transformations.
  • Identified the emergence of Lorentz-invariant kinematics as constraints for coherent informational dynamics.
  • Clarified how informational aspects contribute to the causal structure in relativistic frameworks.
  • Provided foundational kinematical insights for future exploration of relativistic field dynamics.

Abstract

This paper is part of a coherent research program developing an informationally emergent physical framework. P22 derives effective relativistic kinematics from the combined informational and geometric coherence properties established in previous papers. The analysis shows how Lorentz-invariant kinematical structures arise as effective constraints governing coherent informational dynamics, without assuming relativistic symmetry at the fundamental level. The work clarifies the informational origin of relativistic transformations and causal structure, providing the kinematical foundation required for the emergence of relativistic field dynamics and gravitational behavior addressed in subsequent papers. While this paper can be read independently, its full role is understood only within the complete sequence of papers (P00–P32). The reference entry for the full framework, including priority timestamp and complete context, is:DOI: 10.5281/zenodo.18369063

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Cite This Study

Enrico Ferrero (2026) studied this question.

synapsesocial.com/papers/6a080ab3a487c87a6a40cb0fhttps://doi.org/10.5281/zenodo.20190502
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