proposition 106.17 Euclidean time projects onto the ground state

open in the book · parts/11-qft-standard-model/08-path-integral-quantization.tex:1008 · p. 2166

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proposition 106.17: Euclidean time projects onto the ground state106.17theorem 106.16: Feynman–Kac106.16phenomenon 106.77: The light hadron spectrum is a prediction of QCD106.77proposition 106.71: The Wilson loop measures the static potential106.71proof : ch:08-path-integral-quantization@proof-13proofproposition 106.13: The Euclidean weight106.13theorem 106.3: Feynman's sum over histories106.3proposition 106.21: Reflection positivity is the positivity of the Hilbert space106.21proof : ch:08-path-integral-quantization@proof-12proofcorollary 106.49: Any interpolating field will do106.49equation 106.24: eq:pathint-spectral106.24proof : ch:08-path-integral-quantization@proof-53proofdefinition 106.70: Wilson loop106.70phenomenon 102.62: The static potential rises linearly102.62proof : ch:08-path-integral-quantization@proof-49proof

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typedirectionnode provenancewhere
depends_on Feynman–Kac declared parts/11-qft-standard-model/08-path-integral-quantization.tex:1021
depends_on The light hadron spectrum is a prediction of QCD declared parts/11-qft-standard-model/08-path-integral-quantization.tex:3635
depends_on The Wilson loop measures the static potential declared parts/11-qft-standard-model/08-path-integral-quantization.tex:3343
proves ch:08-path-integral-quantization@proof-13 declared parts/11-qft-standard-model/08-path-integral-quantization.tex:1024