Manuscript XII-F@1 · XII-F.tex · input · 54cb3169

Input statement: XII-E: assembly and sign

The question, the endings, and the copied handoff · lines 313–333

XII-F@1#input:assembly, XII-F@1#eq:assembly-input

The scalar-linear coefficient is

Φ^{(2)}_{D} (f, g) [γ, ϕ] = A_{2}^{sc} [f, g] (γ, r_{D} [γ]; ϕ) = A_{2}^{sc} [f, g] (γ, 0; ϕ) - C_{3, D} (f, g) [γ, ϕ],

where

r_{D} = - u_{D} = P E_{0}^{R} J_{D}, u_{D} = - P E_{0}^{R} J_{D}, L u_{D} = J_{D}, L = - □ P .

It belongs to $F_{mc, pol}$ and has class $Q_{H} Φ^{(2)}_{D} \in E_{H}$ . The opposite-sign assembly has the doubled two-jet defect already detected in XII-E. That sign question is not reopened XIIE.

Displayed formulas in this passage

XII-F@1#eq:assembly-input · line 316
$Φ^{(2)}_{D} (f, g) [γ, ϕ] = A_{2}^{sc} [f, g] (γ, r_{D} [γ]; ϕ) = A_{2}^{sc} [f, g] (γ, 0; ϕ) - C_{3, D} (f, g) [γ, ϕ],$
unlabeled · line 325
$r_{D} = - u_{D} = P E_{0}^{R} J_{D}, u_{D} = - P E_{0}^{R} J_{D}, L u_{D} = J_{D}, L = - □ P .$

Input statement: XII-E: assembly and sign

Displayed formulas in this passage

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