proposition 100.33 Uehling's modification of the Coulomb potential

open in the book · parts/11-qft-standard-model/02-qed-renormalization.tex:1687 · p. 1918

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proposition 100.33: Uehling's modification of the Coulomb potential100.33equation 100.50: eq:qed-pi2100.50theorem 100.25: One-photon exchange is the Coulomb potential100.25phenomenon 100.62: The fine-structure constant runs100.62theorem 108.64: Appelquist–Carazzone108.64proof : ch:02-qed-renormalization@proof-21proofequation 100.14: eq:qed-fourier100.14equation 100.17: eq:qed-photon-propagator100.17proposition 100.14: The Feynman rules of QED in SI form100.14theorem 102.60: Confinement at strong coupling, and what it proves102.60proof : ch:02-qed-renormalization@proof-14proofdefinition 100.46: On-shell renormalization conditions100.46equation 100.52: eq:qed-dressed-photon100.52proof : ch:02-qed-renormalization@proof-32proofdefinition 108.17: Four schemes108.17equation 100.82: eq:qed-alpha-effective100.82proof : ch:10-renormalization-group@proof-28proof

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typedirectionnode provenancewhere
cites Polarization Effects in the Positron Theory derived parts/11-qft-standard-model/02-qed-renormalization.tex:1696
depends_on eq:qed-pi2 declared parts/11-qft-standard-model/02-qed-renormalization.tex:1707
depends_on One-photon exchange is the Coulomb potential declared parts/11-qft-standard-model/02-qed-renormalization.tex:1707
depends_on The fine-structure constant runs declared parts/11-qft-standard-model/02-qed-renormalization.tex:2838
depends_on Appelquist–Carazzone declared parts/11-qft-standard-model/10-renormalization-group.tex:2361
proves ch:02-qed-renormalization@proof-21 declared parts/11-qft-standard-model/02-qed-renormalization.tex:1710