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- W2070798650 abstract "We give a detailed analysis of the effects of scheme transformations in the vicinity of an exact or approximate infrared fixed point in an asymptotically free gauge theory with fermions. We list necessary conditions that such transformations must obey and show that, although these can easily be satisfied in the vicinity of an ultraviolet fixed point, they constitute significant restrictions on scheme transformations at an infrared fixed point. We construct acceptable scheme transformations and use these to study the scheme-dependence of an infrared fixed point, making comparison with our previous three-loop and four-loop calculations of the location of this point in the $bar{MS}$ scheme. We also use an illustrative hypothetical exact $beta$ function to investigate how accurately analyses of finite-order series expansions probe an infrared fixed point and the effect of a scheme transformation on these. Some implications of our work are discussed." @default.
- W2070798650 created "2016-06-24" @default.
- W2070798650 creator A5081741583 @default.
- W2070798650 creator A5085941621 @default.
- W2070798650 date "2012-10-02" @default.
- W2070798650 modified "2023-09-29" @default.
- W2070798650 title "Analysis of scheme transformations in the vicinity of an infrared fixed point" @default.
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- W2070798650 cites W1973945036 @default.
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- W2070798650 cites W1983712719 @default.
- W2070798650 cites W1988758403 @default.
- W2070798650 cites W1994414819 @default.
- W2070798650 cites W1994692129 @default.
- W2070798650 cites W1997426726 @default.
- W2070798650 cites W2004616326 @default.
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- W2070798650 cites W2008317283 @default.
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- W2070798650 cites W2021321031 @default.
- W2070798650 cites W2023397742 @default.
- W2070798650 cites W2025868174 @default.
- W2070798650 cites W2026362725 @default.
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- W2070798650 cites W2033445325 @default.
- W2070798650 cites W2041671263 @default.
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- W2070798650 cites W2045118461 @default.
- W2070798650 cites W2045472496 @default.
- W2070798650 cites W2045695933 @default.
- W2070798650 cites W2049182617 @default.
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- W2070798650 cites W3098145533 @default.
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- W2070798650 cites W3102481315 @default.
- W2070798650 cites W3105130570 @default.
- W2070798650 cites W3105750023 @default.
- W2070798650 cites W3125402135 @default.
- W2070798650 cites W4234303023 @default.
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- W2070798650 cites W4236593156 @default.
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- W2070798650 doi "https://doi.org/10.1103/physrevd.86.085005" @default.
- W2070798650 hasPublicationYear "2012" @default.
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