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A structural account of distributed phenomenological invariants and shared internal agreement across interacting systems.
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README.md

Distributed Phenomenological Invariants

DOI

This repository provides a stable mirror of the paper:

Distributed Phenomenological Invariants: Shared Internal Agreement Across Multiple Systems
by Riaan de Beer (2026).

The canonical, citable version of this work is published on Zenodo and should be referenced using the DOI above.

Citation

de Beer, R. (2026).
Distributed Phenomenological Invariants: Shared Internal Agreement Across Multiple Systems (v1.0).
Zenodo. https://doi.org/10.5281/zenodo.18603558

About

This work extends the concept of phenomenological invariants from individual systems to collections of interacting systems. It shows how compatible invariant structures can be distributed across interacting systems under irreversible time, giving rise to shared constraints that stabilize coordinated continuation without centralized control.

The paper formalizes conditions for shared invariant formation, characterizes collective coherence requirements, and articulates how distributed identity persistence emerges through conserved shared commitments. It also identifies structural constraints that limit persistent incoherent divergence in multi-system contexts.

Status

  • This repository exists solely to provide redundancy and long-term access.
  • The paper is complete and not under active development.
  • No revisions or extensions are planned for this version.

License

This work is licensed under the Creative Commons Attribution 4.0 International License (CC BY 4.0).
See the LICENSE file for details.