Abstract

Heavy quark decays are an excellent laboratory to search for physics beyond the Standard Model. The LHCb detector is specially design to measure CP violation parameters and rare decays processes involving decays containing b– or c– quarks. In this paper, recent LHCb measurements concerning CP violation parameters in the BS0 and charm sector, as well as measurements of rare b→sl+l− transitions, are presented.

Highlights

  • ● Direct CP needs to be corrected: Physical CP asymmetry Detection asymmetry of final state particles Detection asymmetry of slow pion Production asymmetry of D*+

  • ● Φs is very sensitive to NP contributions

  • ● So far, all results are compatible with the SM predictions, when available, and constraining the NP parameter space at TeV scale

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Summary

Indirect searches of NP

● Indirect searches are complementary to the results from GP experiments

Corresponds to the phase of the triangle
Direct CPV in charm
World Best Limits
Conclusions
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