FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2892666903> ?p ?o ?g. }

• W2892666903 abstract "We apply the relation between deep learning (DL) and the AdS/CFT correspondence to a holographic model of QCD. Using a lattice QCD data of the chiral condensate at a finite temperature as our training data, the deep learning procedure holographically determines an emergent bulk metric as neural network weights. The emergent bulk metric is found to have both a black hole horizon and a finite-height IR wall, so shares both the confining and deconfining phases, signaling the cross-over thermal phase transition of QCD. In fact, a quark antiquark potential holographically calculated by the emergent bulk metric turns out to possess both the linear confining part and the Debye screening part, as is often observed in lattice QCD. From this we argue the discrepancy between the chiral symmetry breaking and the quark confinement in the holographic QCD. The DL method is shown to provide a novel data-driven holographic modeling of QCD, and sheds light on the mechanism of emergence of the bulk geometries in the AdS/CFT correspondence." @default.
• W2892666903 created "2018-10-05" @default.
• W2892666903 creator A5006892277 @default.
• W2892666903 creator A5009041707 @default.
• W2892666903 creator A5010968961 @default.
• W2892666903 creator A5051288147 @default.
• W2892666903 date "2018-11-14" @default.
• W2892666903 modified "2023-10-14" @default.
• W2892666903 title "Deep learning and holographic QCD" @default.
• W2892666903 cites W1573657372 @default.
• W2892666903 cites W1814427056 @default.
• W2892666903 cites W1889142700 @default.
• W2892666903 cites W1964035155 @default.
• W2892666903 cites W1971309689 @default.
• W2892666903 cites W1971615006 @default.
• W2892666903 cites W1971720987 @default.
• W2892666903 cites W1972290465 @default.
• W2892666903 cites W1981512828 @default.
• W2892666903 cites W1989132853 @default.
• W2892666903 cites W1995539593 @default.
• W2892666903 cites W1999488180 @default.
• W2892666903 cites W2005027871 @default.
• W2892666903 cites W2021437120 @default.
• W2892666903 cites W2023114458 @default.
• W2892666903 cites W2032928561 @default.
• W2892666903 cites W2033032368 @default.
• W2892666903 cites W2039765042 @default.
• W2892666903 cites W2040573819 @default.
• W2892666903 cites W2044672369 @default.
• W2892666903 cites W2045788610 @default.
• W2892666903 cites W2047417703 @default.
• W2892666903 cites W2058757509 @default.
• W2892666903 cites W2087547778 @default.
• W2892666903 cites W2087991043 @default.
• W2892666903 cites W2088299329 @default.
• W2892666903 cites W2097233245 @default.
• W2892666903 cites W2100495367 @default.
• W2892666903 cites W2128084896 @default.
• W2892666903 cites W2149681823 @default.
• W2892666903 cites W2153514825 @default.
• W2892666903 cites W2159787624 @default.
• W2892666903 cites W2546191734 @default.
• W2892666903 cites W2614895328 @default.
• W2892666903 cites W2752444456 @default.
• W2892666903 cites W2788808196 @default.
• W2892666903 cites W2919115771 @default.
• W2892666903 cites W2963657721 @default.
• W2892666903 cites W3000019265 @default.
• W2892666903 cites W3103690389 @default.
• W2892666903 cites W3104139892 @default.
• W2892666903 cites W3105385239 @default.
• W2892666903 cites W4247650721 @default.
• W2892666903 cites W4249956767 @default.
• W2892666903 doi "https://doi.org/10.1103/physrevd.98.106014" @default.
• W2892666903 hasPublicationYear "2018" @default.
• W2892666903 type Work @default.
• W2892666903 sameAs 2892666903 @default.
• W2892666903 citedByCount "38" @default.
• W2892666903 countsByYear W28926669032019 @default.
• W2892666903 countsByYear W28926669032020 @default.
• W2892666903 countsByYear W28926669032021 @default.
• W2892666903 countsByYear W28926669032022 @default.
• W2892666903 countsByYear W28926669032023 @default.
• W2892666903 crossrefType "journal-article" @default.
• W2892666903 hasAuthorship W2892666903A5006892277 @default.
• W2892666903 hasAuthorship W2892666903A5009041707 @default.
• W2892666903 hasAuthorship W2892666903A5010968961 @default.
• W2892666903 hasAuthorship W2892666903A5051288147 @default.
• W2892666903 hasBestOaLocation W28926669031 @default.
• W2892666903 hasConcept C109214941 @default.
• W2892666903 hasConcept C117137515 @default.
• W2892666903 hasConcept C121332964 @default.
• W2892666903 hasConcept C16090227 @default.
• W2892666903 hasConcept C187590223 @default.
• W2892666903 hasConcept C3079626 @default.
• W2892666903 hasConcept C3909970 @default.
• W2892666903 hasConcept C52703039 @default.
• W2892666903 hasConcept C62520636 @default.
• W2892666903 hasConcept C7602139 @default.
• W2892666903 hasConcept C98795603 @default.
• W2892666903 hasConceptScore W2892666903C109214941 @default.
• W2892666903 hasConceptScore W2892666903C117137515 @default.
• W2892666903 hasConceptScore W2892666903C121332964 @default.
• W2892666903 hasConceptScore W2892666903C16090227 @default.
• W2892666903 hasConceptScore W2892666903C187590223 @default.
• W2892666903 hasConceptScore W2892666903C3079626 @default.
• W2892666903 hasConceptScore W2892666903C3909970 @default.
• W2892666903 hasConceptScore W2892666903C52703039 @default.
• W2892666903 hasConceptScore W2892666903C62520636 @default.
• W2892666903 hasConceptScore W2892666903C7602139 @default.
• W2892666903 hasConceptScore W2892666903C98795603 @default.
• W2892666903 hasFunder F4320321001 @default.
• W2892666903 hasFunder F4320334764 @default.
• W2892666903 hasFunder F4320335125 @default.
• W2892666903 hasIssue "10" @default.
• W2892666903 hasLocation W28926669031 @default.
• W2892666903 hasLocation W28926669032 @default.
• W2892666903 hasOpenAccess W2892666903 @default.
• W2892666903 hasPrimaryLocation W28926669031 @default.
• W2892666903 hasRelatedWork W1539301068 @default.

• next