theorem 105.34 $CPT$

open in the book · parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2692 · p. 2141

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theorem 105.34: CPT105.34definition 39.5: Orthochronous Lorentz group39.5equation 100.2: eq:qed-action100.2lemma 105.35: Every Lorentz index costs a sign105.35experiment : CP Violationexperime…phenomenon 111.9: Charge asymmetry in semileptonic kaon decay111.9proposition 105.40: Greenberg105.40theorem 105.38: Equal total lifetimes105.38theorem 105.36: Equal masses105.36theorem 105.41: Sakharov's conditions105.41proof : ch:07-discrete-symmetries-cpt@proof-27proofdefinition 39.1: Lorentz group39.1equation 39.3: eq:mink-noncompact39.3definition 39.7: Antichronous transformations39.7lemma 109.42: Total inversion is a complex Lorentz transformation109.42proposition 39.8: Component structure39.8proposition 39.6: L^\uparrow and L^\uparrow_+ are subgroups39.6theorem 38.23: Polar decomposition of a Lorentz transformation38.23proposition 100.14: The Feynman rules of QED in SI form100.14proposition 100.8: The photon propagator100.8proposition 108.3: The SI dimension of a coupling108.3proposition 108.22: A coupling's dimension away from four108.22equation 105.17: eq:cpt-C-photon105.17equation 105.6: eq:cpt-P-photon105.6equation 105.30: eq:cpt-T-photon105.30theorem 105.37: Opposite charges and opposite magnetic moments105.37proof : ch:07-discrete-symmetries-cpt@proof-26proofequation 105.47: eq:cpt-2pi-3pi-CP105.47equation 105.46: eq:cpt-K1K2105.46phenomenon 103.31: The unitarity triangle closes103.31equation 105.56: eq:cpt-KL105.56proof : ch:13-exp-cp-violation@proof-7proofequation 105.26: eq:cpt-antiunitary-sandwich105.26proposition 105.39: A direct CP asymmetry needs two amplitudes and two kinds of phase105.39proof : ch:07-discrete-symmetries-cpt@proof-30proofdefinition 105.33: The CPT operator105.33phenomenon 111.17: The universe is made of matter111.17proof : ch:07-discrete-symmetries-cpt@proof-28proofequation 105.34: eq:cpt-VA105.34phenomenon 103.44: The universe contains matter and almost no antimatter103.44neighborhood truncated

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typedirectionnode provenancewhere
cites Time reversal in field theory derived parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2709
cites Eine Bemerkung zum CTP-Theorem derived parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2709
cites Proof of the TCP theorem derived parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2709
cites On the equivalence of invariance under time reversal and under particle-antiparticle conjugation for relativistic field theories derived parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2709
cites Exclusion principle, Lorentz group and reflection of space-time and charge derived parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2709
depends_on Orthochronous Lorentz group declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2710
depends_on eq:qed-action declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2710
depends_on Every Lorentz index costs a sign declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2710
assumes CP Violation declared parts/11-qft-standard-model/13-exp-cp-violation.tex:4
depends_on Charge asymmetry in semileptonic kaon decay declared parts/11-qft-standard-model/13-exp-cp-violation.tex:958
depends_on Greenberg declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:3120
depends_on Equal total lifetimes declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2948
depends_on Equal masses declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2870
depends_on Sakharov's conditions declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:3263
proves ch:07-discrete-symmetries-cpt@proof-27 declared parts/11-qft-standard-model/07-discrete-symmetries-cpt.tex:2760