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PAPER RECORD

Publication record: The Dynamic Formation of Spatial Dimensions in the Inner Levels of Time

The paper proposes spatial formation through nested inner temporal levels and observed evolution through an outer level. It uses split-complex geometry to discuss a re-created vacuum and possible connections to Lorentz symmetry, mass–energy relations and gravity. The repository retains the original version and a later expanded version.

2 min read

Publication and edition

Author
Mohamed Haj Yousef
Status
Public preprint; version 1 with a later version 2
Version
1
Venue or repository
Preprints.org
Year
2025
Version 1 posted
2025-07-24
DOI
10.20944/preprints202507.2012.v1

The cited version 1 is explicitly not peer-reviewed. The repository now displays version 2, posted 3 November 2025, also explicitly not peer-reviewed.

Question and construction

The paper proposes spatial formation through nested inner temporal levels and observed evolution through an outer level. It uses split-complex geometry to discuss a re-created vacuum and possible connections to Lorentz symmetry, mass–energy relations and gravity. The repository retains the original version and a later expanded version.

Scope of the result

The chronological formation proposal must supply operational positions, clocks and propagation rules before its physical conclusions can be assessed. The website’s relational-grid construction has specified generators and costs; it is an explanatory example, not a proof that all admissible sources generate three-dimensional physical space.

The public version-1 abstract and existing A213 were consulted. The relational grid is an exact illustrative construction with supplied generators and costs, not a necessity proof for physical three-space.

Read with the site guides

Citation

Haj Yousef, M. (2025). The Dynamic Formation of Spatial Dimensions in the Inner Levels of Time. Preprints.org, version 1, posted 24 July 2025. https://www.preprints.org/manuscript/202507.2012/v1

Source and version notes

Keep the version-1 citation associated with the current guide. Present the later version as a separate, clearly dated reading option.

Only the latest-version metadata and abstract were checked; the guide has not been silently rewritten as an assessment of version 2.

  • Source 1 — Original title, author, version 1, 24 July 2025 posting date and not-peer-reviewed label.
  • Source 2 — Latest displayed title, version 2, 3 November 2025 posting date and not-peer-reviewed label.