Published March 29, 2026 | Version v1

Entropic Time, Stable Histories, and the Effective Age of the Multiverse within L(6+7)

Authors/Creators

Contributors

Description

This work proposes a meta-cosmological interpretation of the L(6+7) program in which the age of the observable Universe is treated as a local temporal scale of one realized FRW branch, while a broader hierarchy of admissible histories is characterized by a substantially larger effective entropic-temporal scale. The paper unifies four established branches of the program — FRW cosmology, controlled irreversibility, stable histories, and the microphysical photoproduction sector — and introduces a toy estimate for the effective age of one hierarchy level of order 1.56×10^12 years. The result is presented as a publication-grade hypothesis inside the entropic-historical language of L(6+7), not as an observationally established cosmological fact.

Files

multiverse_effective_age_l67_print_clean_v3.pdf

Files (451.5 kB)

Name Size Download all
md5:d9cb72ebdfe84c200ac0fac5fb2f41ac
451.5 kB Preview Download

Additional details

References

  • 17008898 — Multiverse-Induced Gravitational Addendum as a Dark-Matter Proxy: Phenomenological Model and Galactic Rotation-Curve Fits; published 2025-08-30; resource type Publication.
  • 17957821 — L(6+7): A Unified Lagrangian Framework Across Cosmological, Mesoscopic, and Microscopic Scales; published 2025-12-17; resource type Journal article.
  • 17804016 — L(6+7) Cosmology: Entropic Phase Structure of Universes and ΛCDM as a Limiting Case.