Summary of hints for new physics from (quark) flavour physics
Summary of hints for new physics from (quark) flavour physics
Recently two hints for new physics have emerged: The B_s mixing phase phi_s and the rate of D_s -> (mu,tau) nu exposing a discrepancy of \sim 3 sigma and 3.8 sigma deviation from the Standard Model respectively. Moreover the difference of the CP asymmetries in B -> K pi between the charged and neutral modes is at the 5.3 sigma level which is somewhat larger than expected. New physics in phi_s or A_CP(B -> K pi) would be in contradiction with the minimal flavour violation hypothesis. The latter has recently attracted attention because of the absence of deviation in CP and flavour violation in the quark sector.
Zwicky, Roman
e1972346-331c-45ba-b057-ddb9ce03c3de
15 July 2008
Zwicky, Roman
e1972346-331c-45ba-b057-ddb9ce03c3de
Zwicky, Roman
(2008)
Summary of hints for new physics from (quark) flavour physics.
arXiv.
Abstract
Recently two hints for new physics have emerged: The B_s mixing phase phi_s and the rate of D_s -> (mu,tau) nu exposing a discrepancy of \sim 3 sigma and 3.8 sigma deviation from the Standard Model respectively. Moreover the difference of the CP asymmetries in B -> K pi between the charged and neutral modes is at the 5.3 sigma level which is somewhat larger than expected. New physics in phi_s or A_CP(B -> K pi) would be in contradiction with the minimal flavour violation hypothesis. The latter has recently attracted attention because of the absence of deviation in CP and flavour violation in the quark sector.
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Published date: 15 July 2008
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Imported from arXiv
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Local EPrints ID: 145431
URI: http://eprints.soton.ac.uk/id/eprint/145431
PURE UUID: 87068eda-8abb-45f4-8f03-c1557b8b6b98
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Date deposited: 25 May 2010 11:17
Last modified: 08 Jan 2022 05:30
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Author:
Roman Zwicky
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