Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310384504> ?p ?o ?g. }
- W4310384504 endingPage "137598" @default.
- W4310384504 startingPage "137598" @default.
- W4310384504 abstract "The lightest meson, the pion, features two faces – one is the elementary Goldstone boson of QCD and the other is the structured bound state of quarks and gluons. To accommodate both in a single light-front wave function in the valence space, we obtain a sum rule by analyzing the conserved axial-vector current and the general structures of the wave functions. Using an analytic model motivated by holography, we show this sum rule is consistent with requirements of chiral symmetry breaking in AdS/QCD. Within this model, we find a remarkable feature of the pion, namely that the density is mostly uniform inside its radius; furthermore, we obtain good agreement with the experimental pion form factor at spacelike momenta." @default.
- W4310384504 created "2022-12-10" @default.
- W4310384504 creator A5024252023 @default.
- W4310384504 creator A5076118736 @default.
- W4310384504 creator A5086361037 @default.
- W4310384504 date "2023-01-01" @default.
- W4310384504 modified "2023-10-15" @default.
- W4310384504 title "Chiral sum rule on the light front and the 3D image of the pion" @default.
- W4310384504 cites W1491837485 @default.
- W4310384504 cites W1971976490 @default.
- W4310384504 cites W1978607800 @default.
- W4310384504 cites W1981309109 @default.
- W4310384504 cites W1993183379 @default.
- W4310384504 cites W1998909324 @default.
- W4310384504 cites W2007251228 @default.
- W4310384504 cites W2021542324 @default.
- W4310384504 cites W2022954655 @default.
- W4310384504 cites W2030733191 @default.
- W4310384504 cites W2050035023 @default.
- W4310384504 cites W2058757509 @default.
- W4310384504 cites W2066711625 @default.
- W4310384504 cites W2067944870 @default.
- W4310384504 cites W2081546224 @default.
- W4310384504 cites W2093708650 @default.
- W4310384504 cites W2097479977 @default.
- W4310384504 cites W2101447717 @default.
- W4310384504 cites W2112203274 @default.
- W4310384504 cites W2117163246 @default.
- W4310384504 cites W2121160050 @default.
- W4310384504 cites W2134036507 @default.
- W4310384504 cites W2140142256 @default.
- W4310384504 cites W2147066390 @default.
- W4310384504 cites W2158401454 @default.
- W4310384504 cites W2159787624 @default.
- W4310384504 cites W2172949211 @default.
- W4310384504 cites W2212211680 @default.
- W4310384504 cites W2227740876 @default.
- W4310384504 cites W2233542651 @default.
- W4310384504 cites W2416088995 @default.
- W4310384504 cites W2525968512 @default.
- W4310384504 cites W2808239506 @default.
- W4310384504 cites W2995896897 @default.
- W4310384504 cites W3015625961 @default.
- W4310384504 cites W3035578245 @default.
- W4310384504 cites W3099940093 @default.
- W4310384504 cites W3101729736 @default.
- W4310384504 cites W3102351987 @default.
- W4310384504 cites W3106119882 @default.
- W4310384504 cites W3164314492 @default.
- W4310384504 cites W3206406993 @default.
- W4310384504 cites W3208743873 @default.
- W4310384504 cites W3211484046 @default.
- W4310384504 cites W4206420257 @default.
- W4310384504 cites W4221153887 @default.
- W4310384504 cites W4226322690 @default.
- W4310384504 cites W4226329668 @default.
- W4310384504 cites W4232639452 @default.
- W4310384504 cites W4236575607 @default.
- W4310384504 doi "https://doi.org/10.1016/j.physletb.2022.137598" @default.
- W4310384504 hasPublicationYear "2023" @default.
- W4310384504 type Work @default.
- W4310384504 citedByCount "3" @default.
- W4310384504 countsByYear W43103845042022 @default.
- W4310384504 countsByYear W43103845042023 @default.
- W4310384504 crossrefType "journal-article" @default.
- W4310384504 hasAuthorship W4310384504A5024252023 @default.
- W4310384504 hasAuthorship W4310384504A5076118736 @default.
- W4310384504 hasAuthorship W4310384504A5086361037 @default.
- W4310384504 hasBestOaLocation W43103845041 @default.
- W4310384504 hasConcept C109214941 @default.
- W4310384504 hasConcept C113603373 @default.
- W4310384504 hasConcept C117137515 @default.
- W4310384504 hasConcept C121332964 @default.
- W4310384504 hasConcept C123579102 @default.
- W4310384504 hasConcept C151389596 @default.
- W4310384504 hasConcept C200006409 @default.
- W4310384504 hasConcept C206094082 @default.
- W4310384504 hasConcept C2776250685 @default.
- W4310384504 hasConcept C52703039 @default.
- W4310384504 hasConcept C62520636 @default.
- W4310384504 hasConcept C7602139 @default.
- W4310384504 hasConcept C79118098 @default.
- W4310384504 hasConcept C88407732 @default.
- W4310384504 hasConceptScore W4310384504C109214941 @default.
- W4310384504 hasConceptScore W4310384504C113603373 @default.
- W4310384504 hasConceptScore W4310384504C117137515 @default.
- W4310384504 hasConceptScore W4310384504C121332964 @default.
- W4310384504 hasConceptScore W4310384504C123579102 @default.
- W4310384504 hasConceptScore W4310384504C151389596 @default.
- W4310384504 hasConceptScore W4310384504C200006409 @default.
- W4310384504 hasConceptScore W4310384504C206094082 @default.
- W4310384504 hasConceptScore W4310384504C2776250685 @default.
- W4310384504 hasConceptScore W4310384504C52703039 @default.
- W4310384504 hasConceptScore W4310384504C62520636 @default.
- W4310384504 hasConceptScore W4310384504C7602139 @default.
- W4310384504 hasConceptScore W4310384504C79118098 @default.
- W4310384504 hasConceptScore W4310384504C88407732 @default.
- W4310384504 hasFunder F4320306084 @default.