We discuss a possible strategy for studies of a particular next-to-minimal
flavor violation New Physics (NP) scenario at LHC. Our analysis is based on
comparison of particular CKM matrix elements, which can be obtained from the
processes dominated by diagrams of different topology (tree, penguin and box).
We argue that the standard formalism of the overall unitarity triangle fit is
not suitable for searches of the chosen NP. We also stress the importance of
lattice computations of some relevant hadronic inputs.Comment: LaTeX, 23 pages, 4 eps figure

Golutvin, A.

Shevchenko, V.

English

arXiv

We discuss a strategy for NP searches at LHC based on comparison of particular CKM matrix elements, which can be obtained from the processes of different topology. This analysis is complementary to the standard formalism of the unitarity triangle. We stress the utmost importance of lattice computations of some particular set of hadronic inputs (relevant for NP searches) with respect to others that provide no essential information about possible NP effects

HAL-IN2P3

Complementary strategy of New Physics searches in B-sector

We discuss a strategy for NP searches at LHC based on comparison of particular CKM matrix elements, which can be obtained from the processes of different topology. This analysis is complementary to the standard formalism of the unitarity triangle. We stress the utmost importance of lattice computations of some particular set of hadronic inputs (relevant for NP searches) with respect to others that provide no essential information about possible NP effects.We discuss a possible strategy for studies of a particular next-to-minimal flavor violation New Physics (NP) scenario at LHC. Our analysis is based on comparison of particular CKM matrix elements, which can be obtained from the processes dominated by diagrams of different topology (tree, penguin and box). We argue that the standard formalism of the overall unitarity triangle fit is not suitable for searches of the chosen NP. We also stress the importance of lattice computations of some relevant hadronic inputs.We discuss a possible strategy for studies of a particular next-to-minimal flavor violation New Physics (NP) scenario at LHC. Our analysis is based on comparison of particular CKM matrix elements, which can be obtained from the processes dominated by diagrams of different topology (tree, penguin and box). We argue that the standard formalism of the overall unitarity triangle fit is not suitable for searches of the chosen NP. We also stress the importance of lattice computations of some relevant hadronic inputs.We discuss a possible strategy for studies of a particular next-to-minimal flavor violation New Physics (NP) scenario at LHC. Our analysis is based on comparison of particular CKM matrix elements, which can be obtained from the processes dominated by diagrams of different topology (tree, penguin and box). We argue that the standard formalism of the overall unitarity triangle fit is not suitable for searches of the chosen NP. We also stress the importance of lattice computations of some relevant hadronic inputs

Golutvin, A.I.

Shevchenko, V.I.

CERN Document Server

Hal - Université Grenoble Alpes

HAL Université de Savoie

http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.341.9896

Complementary strategy of New Physics searches in B-sector

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HAL-IN2P3

CERN Document Server

Hal - Université Grenoble Alpes

HAL Université de Savoie