FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3109638497> ?p ?o ?g. }

• W3109638497 abstract "Using the fact that flat space with a boundary is related by a Weyl transformation to anti-de Sitter (AdS) space, one may study observables in boundary conformal field theory (BCFT) by placing a CFT in AdS. In addition to correlation functions of local operators, a quantity of interest is the free energy of the CFT computed on the AdS space with hyperbolic ball metric, i.e. with a spherical boundary. It is natural to expect that the AdS free energy can be used to define a quantity that decreases under boundary renormalization group (RG) flows. We test this idea by discussing in detail the case of the large $N$ critical $O(N)$ model in general dimension $d$, as well as its perturbative descriptions in the epsilon-expansion. Using the AdS approach, we recover the various known boundary critical behaviors of the model, and we compute the free energy for each boundary fixed point, finding results which are consistent with the conjectured $F$-theorem in a continuous range of dimensions. Finally, we also use the AdS setup to compute correlation functions and extract some of the BCFT data. In particular, we show that using the bulk equations of motion, in conjunction with crossing symmetry, gives an efficient way to constrain bulk two-point functions and extract anomalous dimensions of boundary operators." @default.
• W3109638497 created "2020-12-07" @default.
• W3109638497 creator A5017569373 @default.
• W3109638497 creator A5082968477 @default.
• W3109638497 date "2020-11-01" @default.
• W3109638497 modified "2023-10-11" @default.
• W3109638497 title "CFT in AdS and boundary RG flows" @default.
• W3109638497 cites W1559061064 @default.
• W3109638497 cites W1895947806 @default.
• W3109638497 cites W1964610776 @default.
• W3109638497 cites W1974183413 @default.
• W3109638497 cites W1976657042 @default.
• W3109638497 cites W1982941566 @default.
• W3109638497 cites W1988110282 @default.
• W3109638497 cites W1996481800 @default.
• W3109638497 cites W1997950130 @default.
• W3109638497 cites W2006131056 @default.
• W3109638497 cites W2010306142 @default.
• W3109638497 cites W2021969256 @default.
• W3109638497 cites W2027235184 @default.
• W3109638497 cites W2038913397 @default.
• W3109638497 cites W2043348687 @default.
• W3109638497 cites W2047087993 @default.
• W3109638497 cites W2062735465 @default.
• W3109638497 cites W2078359492 @default.
• W3109638497 cites W2083644134 @default.
• W3109638497 cites W2094219754 @default.
• W3109638497 cites W2111775123 @default.
• W3109638497 cites W2116556876 @default.
• W3109638497 cites W2127674911 @default.
• W3109638497 cites W2139275006 @default.
• W3109638497 cites W2176969403 @default.
• W3109638497 cites W2260505210 @default.
• W3109638497 cites W2343827490 @default.
• W3109638497 cites W2465815938 @default.
• W3109638497 cites W2591779365 @default.
• W3109638497 cites W2621049398 @default.
• W3109638497 cites W2716959493 @default.
• W3109638497 cites W2746152933 @default.
• W3109638497 cites W2766672691 @default.
• W3109638497 cites W2778953187 @default.
• W3109638497 cites W2888378654 @default.
• W3109638497 cites W2893915287 @default.
• W3109638497 cites W2896240300 @default.
• W3109638497 cites W2896623265 @default.
• W3109638497 cites W2912909730 @default.
• W3109638497 cites W2922280919 @default.
• W3109638497 cites W2952123112 @default.
• W3109638497 cites W2953606079 @default.
• W3109638497 cites W2955230064 @default.
• W3109638497 cites W2965993924 @default.
• W3109638497 cites W2989119829 @default.
• W3109638497 cites W3019447442 @default.
• W3109638497 cites W3087477279 @default.
• W3109638497 cites W3094049464 @default.
• W3109638497 cites W3094398523 @default.
• W3109638497 cites W3096366027 @default.
• W3109638497 cites W3098182124 @default.
• W3109638497 cites W3098984447 @default.
• W3109638497 cites W3099109985 @default.
• W3109638497 cites W3099114005 @default.
• W3109638497 cites W3100771695 @default.
• W3109638497 cites W3101728425 @default.
• W3109638497 cites W3101878088 @default.
• W3109638497 cites W3102128190 @default.
• W3109638497 cites W3102474831 @default.
• W3109638497 cites W3103670734 @default.
• W3109638497 cites W3104656553 @default.
• W3109638497 cites W3105097781 @default.
• W3109638497 cites W3106061661 @default.
• W3109638497 cites W3106345978 @default.
• W3109638497 cites W3122572381 @default.
• W3109638497 cites W3124641838 @default.
• W3109638497 cites W3125723334 @default.
• W3109638497 cites W3125902885 @default.
• W3109638497 cites W3174658623 @default.
• W3109638497 doi "https://doi.org/10.1007/jhep11(2020)118" @default.
• W3109638497 hasPublicationYear "2020" @default.
• W3109638497 type Work @default.
• W3109638497 sameAs 3109638497 @default.
• W3109638497 citedByCount "40" @default.
• W3109638497 countsByYear W31096384972020 @default.
• W3109638497 countsByYear W31096384972021 @default.
• W3109638497 countsByYear W31096384972022 @default.
• W3109638497 countsByYear W31096384972023 @default.
• W3109638497 crossrefType "journal-article" @default.
• W3109638497 hasAuthorship W3109638497A5017569373 @default.
• W3109638497 hasAuthorship W3109638497A5082968477 @default.
• W3109638497 hasBestOaLocation W31096384971 @default.
• W3109638497 hasConcept C107829132 @default.
• W3109638497 hasConcept C108257041 @default.
• W3109638497 hasConcept C121332964 @default.
• W3109638497 hasConcept C134306372 @default.
• W3109638497 hasConcept C154416045 @default.
• W3109638497 hasConcept C182310444 @default.
• W3109638497 hasConcept C19262093 @default.
• W3109638497 hasConcept C20167640 @default.
• W3109638497 hasConcept C22366356 @default.
• W3109638497 hasConcept C28358794 @default.
• W3109638497 hasConcept C32848918 @default.

• next