proposition 17.42 Sokhotski–Plemelj

open in the book · parts/02-mathematical-methods/15-fourier-integral-transforms.tex:1652 · p. 690

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proposition 17.42: Sokhotski–Plemelj17.42definition 17.38: Schwartz space and tempered distributions17.38theorem 17.32: Fourier inversion17.32proposition 105.22: The two-state effective generator105.22theorem 17.78: Causality implies dispersion relations17.78proof : ch:15-fourier-integral-transforms@proof-27proofdefinition 17.40: Transform and derivative of a distribution17.40definition 10.83: Weak solution10.83proposition A.522: The Newtonian potential inverts the LaplacianA.522proposition 17.52: Linear translation-invariant systems17.52proposition 17.39: The transform preserves S17.39proposition 10.67: The Newtonian potential is the fundamental solution10.67definition 17.29: Fourier transform; the treatise convention17.29equation 17.42: eq:ft-gaussian17.42corollary 17.81: Sampling periodises the spectrum; aliasing17.81corollary 17.33: The transform is injective17.33lemma A.584: Fourier injectivity in n variablesA.584proposition 17.41: The identities physics uses17.41theorem 17.69: Bromwich inversion integral17.69theorem 17.53: Convolution theorem17.53theorem 17.106: Filtered back-projection in a plane slice17.106theorem 17.94: Mellin inversion17.94theorem 17.36: Plancherel17.36theorem 17.105: Radon inversion in three-dimensional space17.105theorem 17.80: Sampling theorem17.80theorem 17.59: Wiener–Khinchin17.59theorem 25.53: Properties of the Wigner function25.53proof : ch:15-fourier-integral-transforms@proof-20proofproposition 105.23: Symmetry constraints on the mass matrix105.23proof : ch:07-discrete-symmetries-cpt@proof-17proofequation 8.16: eq:cpx-simple-pole8.16lemma 8.9: ML estimate8.9proposition 17.67: Holomorphy17.67theorem 8.12: Cauchy8.12remark 33.10: Fibre anelasticity, and why it biases one method and not the other33.10remark 28.26: Causality is visible in the susceptibility28.26remark 28.62: Neither velocity is a speed limit28.62proof : ch:15-fourier-integral-transforms@proof-49proof

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typedirectionnode provenancewhere
depends_on Schwartz space and tempered distributions declared parts/02-mathematical-methods/15-fourier-integral-transforms.tex:1661
depends_on Fourier inversion declared parts/02-mathematical-methods/15-fourier-integral-transforms.tex:1661
depends_on The two-state effective generator declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:1618
depends_on Causality implies dispersion relations declared parts/02-mathematical-methods/15-fourier-integral-transforms.tex:2772
proves ch:15-fourier-integral-transforms@proof-27 declared parts/02-mathematical-methods/15-fourier-integral-transforms.tex:1664