A Global Rigid Proper-Scale Clock from an Adelic Scalar
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Abstract |
A single spacetime-dependent scalar π(x^μ) taking values in the restricted adeles ℝ × ℤ₂ × ℤ₃ × ℤ₅ × ℤ₇ × ℤ₁₁ with six axioms defines a global rigid proper-scale clock π_scale that is exactly synchronized for every observer in the universe.
The same construction derives the gravitational constant G (from residue at pointer 122) and dark-matter abundance ratio (DM ratio ≈ 5.3) without tuning.
The prime bundle (5,7,11) defines the next transcendent irrational after π: the minimal quadratic core τ = √33 in [5,6) and maximal unit ε = 6 + √33 (gap shift δ = 6). This reproduces the observed DM ratio and G digits via Diophantine ansätze derived from dimensional indexing and continued fraction convergents.
U(1)_Y coupling and the Einstein–Hilbert coefficient remain measured inputs; hypercharges are derived in Paper III.
Notes
This is Paper II of a series of VII introducing the Residue Bootstrap Operator (RBO) and Four Clocks unification framework.
Paper I: https://doi.org/10.5281/zenodo.18209655
Notes
License note: Initially published under CC-BY-NC-ND 4.0. License will be upgraded to CC-BY 4.0 (full open access) from version 2 onwards.
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- Paper II in Series of VII
Related works
- Is supplemented by
- Preprint: 10.5281/zenodo.18209655 (DOI)