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- W1965067913 abstract "Because of their small electromagnetic corrections, the isospin-breaking decays $etato3pi$ seem to be good candidates for extracting isospin-breaking parameters $ (m_d-m_u)$. This task is unfortunately complicated by large chiral corrections and the discrepancy between the experimentally measured values of the Dalitz parameters describing the energy dependence of the amplitudes of these decays and those predicted from chiral perturbation theory. We present two methods based on an analytic dispersive representation that use the information from the NNLO chiral result and the one from the measurement of the charged $etato3pi$ decay by KLOE together in a harmonized way in order to determine the value of the quark mass ratio $R$. Our final result is $R=37.7pm 2.2$. This value supplemented by values of $m_s/hat{m}$ or even $hat{m}$ and $m_s$ from other methods (as sum-rules or lattice) enables us to obtain further quark mass characteristics. For instance the recent lattice value for $m_s/hat{m}~27.5$ leads to $Q= 23.1pm0.7$. We also quote the corresponding values of the current masses $m_u$ and $m_d$." @default.
- W1965067913 created "2016-06-24" @default.
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- W1965067913 date "2011-12-14" @default.
- W1965067913 modified "2023-10-02" @default.
- W1965067913 title "Analytical dispersive construction of<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mi>η</mml:mi><mml:mo>→</mml:mo><mml:mn>3</mml:mn><mml:mi>π</mml:mi></mml:math>amplitude: First order in isospin breaking" @default.
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- W1965067913 cites W1524246620 @default.
- W1965067913 cites W1539967923 @default.
- W1965067913 cites W1590712118 @default.
- W1965067913 cites W1966761689 @default.
- W1965067913 cites W1975079544 @default.
- W1965067913 cites W1975599261 @default.
- W1965067913 cites W1979219026 @default.
- W1965067913 cites W1982153428 @default.
- W1965067913 cites W1984406090 @default.
- W1965067913 cites W1991506785 @default.
- W1965067913 cites W2000754488 @default.
- W1965067913 cites W2000878766 @default.
- W1965067913 cites W2004583191 @default.
- W1965067913 cites W2007108059 @default.
- W1965067913 cites W2007484939 @default.
- W1965067913 cites W2009786143 @default.
- W1965067913 cites W2011963697 @default.
- W1965067913 cites W2014632813 @default.
- W1965067913 cites W2015701416 @default.
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- W1965067913 cites W2067376779 @default.
- W1965067913 cites W2067854637 @default.
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- W1965067913 cites W2076105594 @default.
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- W1965067913 cites W2082272038 @default.
- W1965067913 cites W2086215338 @default.
- W1965067913 cites W2090299806 @default.
- W1965067913 cites W2100759332 @default.
- W1965067913 cites W2118421001 @default.
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- W1965067913 doi "https://doi.org/10.1103/physrevd.84.114015" @default.
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