proposition 106.14 The Feynman contour permits the rotation

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proposition 106.14: The Feynman contour permits the rotation106.14equation 100.23: eq:qed-fermion-propagator100.23lemma 8.9: ML estimate8.9theorem 8.12: Cauchy8.12proof : ch:08-path-integral-quantization@proof-11prooflemma 100.27: Wick rotation100.27phenomenon 100.57: No charge is deflected without radiating100.57theorem 100.17: Superficial degree of divergence100.17theorem 101.81: Superficial degree of divergence of the contact theory101.81equation 8.6: eq:cpx-contour-integral8.6example 8.25: A real integral by residues8.25lemma 17.70: Jordan's lemma on the Bromwich contour17.70lemma 106.2: Gaussian integrals106.2proposition 17.96: Poles give asymptotics17.96theorem 8.16: Cauchy integral formula8.16theorem 8.17: Derivatives of all orders; Cauchy estimates8.17theorem 8.13: Goursat8.13theorem 8.20: Taylor expansion8.20theorem 17.78: Causality implies dispersion relations17.78proof : ch:06-complex-analysis@proof-4proofequation 8.5: eq:cpx-cr8.5theorem 7.131: Green7.131corollary 8.15: Deformation of contours8.15corollary 17.71: Residue evaluation and causality17.71theorem 17.94: Mellin inversion17.94proof : ch:06-complex-analysis@proof-7proof

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depends_on eq:qed-fermion-propagator declared parts/11-qft-standard-model/08-path-integral-quantization.tex:867
depends_on ML estimate declared parts/11-qft-standard-model/08-path-integral-quantization.tex:867
depends_on Cauchy declared parts/11-qft-standard-model/08-path-integral-quantization.tex:867
proves ch:08-path-integral-quantization@proof-11 declared parts/11-qft-standard-model/08-path-integral-quantization.tex:870