# THE EQUATION LEDGER — every equation, every parameter, every bracket
# Companion: CONSTANTS.md — every fundamental constant interrogated
# (includes the sweep's wound: the second-order CC problem, up to 1e89)
# (2026-07-10; the framework's full quantitative state in one file)
# Classes: [T] theorem  [A] exact within the model  [B] measured shape x data
#          [C] conditional on order-unity coupling  [R] reading (interpretive)

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I. THE EQUATIONS
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E1. SUBSTRATE          H = 1/2 Σ p_i^2 + 1/2 Σ_e k_e (x_i - x_j)^2
                           + (mu^2/2) Σ x_i^2 ;   k_e = 1 + dk_e
    status: postulate (the lattice, its dimension, mu are assumed)

E2. CONSTRAINT         (A dk)_i = - c_i
    status: postulate (the axiom: conserved budget)
    consequence [A]: Gauss law; exact zero mode of W at q* (1e-32)

E3. THE PRICE          G_ef = 1/8 Tr[ Om^-1 (d_e Om) Om^-1 (d_f Om) ],
                       Om = sqrt(K)
    status: canonical choice (uniqueness NOT claimed — n85-F1);
    energy excluded as price by [T] concavity (Lowner)

E4. STATICS            E(c) = 1/2 c^T W^+ c ,   W = A G^-1 A^T
    status [A]: exact; Coulomb measured at 3e-6 (1D), IR-quadratic
    dispersion 0.24%/0.36% (2D/3D)

E5. MONITOR            rho' = -i[H,rho] + gamma Σ_e (L rho L† - 1/2{L†L, rho}),
                       L_e = constraint residuals (violations ONLY)
    status: postulate (the second axiom); consequence [A]: dark states
    = zero rest decoherence; [R]: charge superselection

E6. THE KNEE           Gamma_dec(omega) ∝ (dT00/dt)^2 / (gamma^2 + omega^2)
    status [A]: exact Lorentzian measured at 0.3%; THE EXISTENCE GATE

E7. INDUCED GRAVITY    Omega_eff = - g^2 Delta / (Delta^2 + kappa^2/4);
                       U_AB ∝ - lambda^2 h_A L^+ h_B
    status [A] within the n33 model family (passivity scope: n85-F6);
    attraction requires Delta < 0 [T within family]

E8. REDSHIFT           omega(x) = E(x)/hbar = (m/hbar)(1 + Phi(x))
    status [A]: linear+universal, residual ∝ 1/N -> exact (0.19% at
    N=96); companion [T]: classical drift rates see only nabla^2 Phi

E9. INERTIA            M_ad = 2hbar^2 Σ |<n|d_x psi0>|^2/(E_n - E_0)
                            ∝ k^(-5/2)
    status [A]: verified 9e-7; independently re-derived (hostile review)

E10. THE Q LOCK        gamma_knee / Omega_grav = kappa/|Delta| = Q
     status [A]: exact, verified 4 digits across parameter space

E11. PPN               gamma_PPN = (1 - 2a)/(1 + 2a)
     status [A] under 6 named assumptions (A1-A6) + strong-monitoring
     regime gamma*F >~ 7; optical ingredient verified only at 10%

E12. ANHARMONIC LAYER  Delta-beta = (+543 per unit xi, toy norm);
                       Delta-P(pump bill) = +232 * xi^2
     status [A]: exact 1st/2nd-order perturbation theory; the chain
     Mercury -> xi > 0 -> bill > 0 -> Lambda > 0 closes in sign [R]

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II. THE PARAMETERS AND THEIR BRACKETS
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a       audit state-dependence (fixes gamma_PPN)
        BRACKET: -5.8e-6 < a < +5.8e-6            [Cassini | A*]
        (*with the 10%-grade optical-ingredient caveat, n85-F2)
        theory's expectation: a = 0 exactly (minimality argument)

l_s     substrate scale
        BRACKET: 0 (Planck allowed) < l_s < 4.3e-27 m
        [GRB photon-dispersion limits x the lattice form | B, n92;
         supersedes Coulomb 2.5e-15 m by twelve orders; substrate
         energy scale > 4.6e10 GeV]

gamma   audit rate = the knee
        BRACKET: 5.2e14 s^-1 < gamma < ~1.2e23 s^-1
        [floor: PSR J0737-3039 decay, class C at c_drag=0.02;
         ceiling: c/l_s from the Coulomb bound on l_s]
        weaker same-side floors: LLR 4.3e9, flybys 1e6 [C]
        ceiling updated by n92: c/l_s ~ 7e34 s^-1
        PREDICTED WINDOW [C', n89]: 1e19 - 1e22 s^-1 (UV to X-ray) —
        the hierarchy demand (Q from observed G/alpha) lands inside
        the independent band; three disjoint constraint sources
        converge on two decades
        EXACT SIMPLIFICATION [n93]: gamma_knee = alpha*m*c^2/hbar — G
        cancels; the window's width IS m_p/m_e = 1836, and a measured
        knee picks which mass the vacuum counts in. Sharpened bet:
        the extremal-dressing anchor -> knee ~ 5.7e18 s^-1 (soft X-ray)

Delta   monitor detuning
        BRACKET (sign only): Delta < 0     [passivity theorem within
        the n33 family; active vacuum required; stability measured]

Q       kappa/|Delta| — the vacuum's quality factor
        BRACKET: Q >> 1 (unquantified until the knee); carries the
        RATE-half of the gravity/EM hierarchy [A for the lock itself]

S_inf   continuum coupling 1/e^2 (the audited sector)
        VALUES: S_inf(2D) = 202.588 +- 0.010 ;  S_inf(3D) = 493.83 +- 0.30
        [finite-size 1/L^2 fits, residuals ~3 digits | A in the toy]
        alpha^-1 ballpark {494 - 6205 by convention} vs nature's 137.036
        [R — characterization only; numerology risk flagged n85-F10]

xi      substrate anharmonicity
        SIGN: xi > 0 [Mercury stage A, geometry-robust | A(pert)]
        IN-SITU VALUE: fixed by Delta-beta = +0.5000 +- 0.0001
        [Mercury + LLR Nordtvedt | B] — the four-digit target the
        tensor junction must DERIVE (theorem) or the framework tunes

Delta-beta   the anharmonic beta contribution
        BRACKET: +0.4999 < Delta-beta < +0.5001   [sky data | B]
        linear sector contributes exactly 1/2 [A: E2 = 0 machine]

Delta-P pump bill (Lambda direction)
        VALUE: +232 * xi^2 (N=6 baseline; per-site 38.7 -> 50.5 at
        N=6 -> 8: extensivity scaling OWED) ; SIGN: positive, even in
        xi, branch-independent [A(pert)] -> Lambda > 0 [R]

pump    inversion stability
        BRACKET: |d ln(inversion)/dt| < 1e-14 / yr   [LLR Gdot/G | B]

substrate constancy (S_inf, extremal-dressing cost)
        BRACKET: |d ln/dt| < ~1e-19 / yr  [alpha-dot atomic clocks;
        mu-dot quasar bounds 6e-17 | B, n93] — the sharpest stability
        entry on the card

lambda  consumption-per-energy universality
        BRACKET: composition dependence < 1e-15    [MICROSCOPE | B]

m_gamma photon mass (the audited sector's collective mode)
        VALUE: 0 by theorem (exact Gauss zero mode at every mu, 1e-32)
        [T] — satisfies m_gamma < 1e-18 eV structurally; converts
        "light = the Gauss mode" from assumption to requirement

c_drag  friction conversion factor
        TOY VALUE: 0.02 at kappa_read = 1 [C] — the single number all
        class-C brackets await; THE UNITS BRIDGE, still unbuilt

mu      substrate regulator
        TOY VALUE: mu^2 = 1e-6; physical value unconstrained for the
        phonon sector; irrelevant to the photon [T above]

g, kappa  monitor couplings
        toy values (0.05-0.2, 1-4); only RATIOS are physical (E10);
        absolute values await the units bridge

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III. THE STANCES (parameters the framework has bet on)
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- alpha discrepancy (5.4 sigma, Cs vs Rb): SYSTEMATICS   [falsifiable]
- CODATA G spread (~5e-4): SYSTEMATICS                   [falsifiable]
- any clock-EP violation without a force-EP violation: IMPOSSIBLE
- DP rest floor: WILL NEVER BE FOUND
- c_GW = c: FOREVER
- charged particles below the line m >= |q/e|*m_e: DO NOT EXIST
  [the charge<=mass inequality, n90 — live vs millicharge searches]
- photon vacuum dispersion, if ever seen: QUADRATIC and SUBLUMINAL
  only [the lattice form, n92 — superluminal or linear kills]
- if constant drift is ever confirmed: alpha moves, mu = m_p/m_e
  FROZEN (d ln mu/d ln alpha = 0 — anti-GUT, from the conformal
  weight) [n94 — |dmu| >= |dalpha| kills the uniform-substrate
  reading]
Settled so far: F9 (screening) — against us, 11 days after signing.

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IV. WHAT NO EQUATION HERE HAS
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Physical units (everything above is lattice-normalized or bounded
from outside); a matter sector; a dynamical/tensor sector (its target:
Delta-beta = +0.5000(1)); external verification. Twenty-eight
headstones guarantee the sincerity, not the truth. Everything rides
on E6.