theorem 109.49 Spin and statistics

open in the book · parts/11-qft-standard-model/11-axiomatic-qft.tex:1523 · p. 2310

Rests on

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Every logical edge within two steps of this node.

theorem 109.49: Spin and statistics109.49corollary 109.43: Total inversion is automatic109.43theorem 109.28: Bargmann–Hall–Wightman; imported109.28theorem 109.34: Reeh–Schlieder109.34corollary 109.50: The connection between spin and statistics109.50proof : ch:11-axiomatic-qft@proof-19proofproof : ch:11-axiomatic-qft@proof-20prooflemma 109.42: Total inversion is a complex Lorentz transformation109.42theorem 109.30: Jost; imported109.30theorem 109.44: Jost109.44proof : ch:11-axiomatic-qft@proof-15proofdefinition 109.27: The complex Lorentz group109.27proposition 109.20: Properties of the Wightman functions109.20theorem 109.26: Analyticity in the forward tube109.26proof : ch:11-axiomatic-qft@proof-9proofaxiom 109.15: Cyclicity of the vacuum109.15axiom 109.14: Local commutativity109.14corollary 109.35: No local operator annihilates the vacuum109.35theorem 109.72: Tomita–Takesaki; imported109.72proof : ch:11-axiomatic-qft@proof-11proofproof : ch:11-axiomatic-qft@proof-21proof

Edges

typedirectionnode provenancewhere
depends_on Total inversion is automatic declared parts/11-qft-standard-model/11-axiomatic-qft.tex:1532
depends_on Bargmann–Hall–Wightman; imported declared parts/11-qft-standard-model/11-axiomatic-qft.tex:1532
depends_on Reeh–Schlieder declared parts/11-qft-standard-model/11-axiomatic-qft.tex:1532
depends_on The connection between spin and statistics declared parts/11-qft-standard-model/11-axiomatic-qft.tex:1628
proves ch:11-axiomatic-qft@proof-19 declared parts/11-qft-standard-model/11-axiomatic-qft.tex:1536
proves ch:11-axiomatic-qft@proof-20 declared parts/11-qft-standard-model/11-axiomatic-qft.tex:1604