alpha_seed
The geometric seed for the inverse fine-structure constant is supplied as the constant 44 pi. Researchers deriving electromagnetic constants from Recognition Science ledger structure cite this baseline before exponential resummation with the gap term. The declaration is a direct one-line assignment with no computation or hypotheses.
claimThe seed value for the inverse fine-structure constant is given by $44 pi$.
background
The Alpha-Inverse Precision Refinement module presents two RS formulas for the inverse fine-structure constant. The additive seed is $alpha^{-1}_add = 4 pi times 11 approx 138.23$, equivalent to 44 pi, representing baseline spherical closure cost over 11-edge paths. The exponential resummation is $alpha^{-1} = alpha_seed times exp(-w_8 ln phi / alpha_seed)$ with $w_8 approx 2.490$. Upstream results from the Alpha module define the identical seed as $4 pi times 11$ from ledger geometry, while the HigherOrder module uses $4 pi times passive_edges$.
proof idea
This is a one-line definition that directly assigns the real number 44 times pi to the seed constant.
why it matters in Recognition Science
The seed enters the definition of alphaInv in the Alpha module via the exponential form $alpha_seed times exp(-f_gap / alpha_seed)$, which is proved to lie in (137.030, 137.039). It supplies the additive component of the two RS formulas and supports the zero-parameter derivation of the fine-structure constant. The declaration feeds 36 downstream uses including alpha_components_derived and alphaInv_def, advancing the framework target of 1 ppm precision once curvature corrections are added.
scope and limits
- Does not incorporate the gap term f_gap or exponential resummation.
- Does not claim exact numerical agreement with CODATA 2022.
- Does not include curvature or higher-order corrections.
- Does not derive or constrain the value of w_8.
formal statement (Lean)
29noncomputable def alpha_seed : ℝ := 44 * Real.pi
proof body
Definition body.
30
used by (36)
-
alpha_components_derived -
alphaInv -
alpha_seed -
alphaInv_def -
alphaInv_linear_term -
alphaInv_of_gap -
alphaInv_seed_ratio -
alpha_seed_positive -
deriv_alphaInv_of_gap -
exp_factor_bounded -
exponential_form_from_constant_log_derivative -
log_alphaInv_eq -
log_alphaInv_seed_ratio -
logarithmic_derivative_constant -
additive_residual -
AlphaPrecisionHypothesis -
alpha_seed -
exp_minus_add_pos -
exponential_residual -
AlphaPrecisionCert -
alpha_seed_eq -
alpha_seed_gt_132 -
alpha_seed_lt_176 -
alpha_seed_positive -
alphaInv_gt -
alphaInv_lt -
alpha_seed_gt -
alpha_seed_lt -
alpha_pos_aux -
WeakCouplingCert