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Openai/6905caf3-8140-8008-9ff1-39937c7b92b1
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=== - SUSY 保持下:頂点は常に ϕ\phiϕ-ϕ\phiϕ と ψˉ\bar\psiψˉ-ψ\psiψ に V′′(ϕ)V''(\phi)V′′(ϕ) を通じて同型に現れ、(9)(10) が各次数で成り立つ(ボソン・フェルミオン線の数が Ward により一致)。結果として GFF=0G_{FF}=0GFF=0、GϕF=GψˉψG_{\phi F}=G_{\bar\psi\psi}GϕF=Gψˉψ が保たれ、次元還元の証明に必要な線図の対消が成立。 === * SUSY 破れ下:効果的ポテンシャルに cusp(非解析性)が立つ、あるいは 複数の極小への寄与が測度境界から残ると、(15)(16) の Ξ\XiΞ が非零。1 ループでも、特定の外部運動量領域で GFF(p)≠0G_{FF}(p)\neq 0GFF(p)=0 が発生し、応答—揺らぎの等式が壊れる。これが IR で効くと臨界普遍数の乖離へ。
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