B(s)→eμ: search for lepton flavour violation at LHCb

Cornelis Onderwater; Antonio Pellegrino; Rosa Kappert; Garbrand Wiersema; Maarten van Veghel

B(s)→eμ: search for lepton flavour violation at LHCb

Cornelis Onderwater, Antonio Pellegrino, Rosa Kappert, Garbrand Wiersema, Maarten van Veghel

Precision Frontier

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Abstract

The existence of three flavors of fundamental fermions is one of the great mysteries of the standard model of particle physics. At the same time it is at the basis of a variety of exciting phenomena, such as CP violation and neutrino flavor oscillations. Hints are mounting that the assumption of lepton universality and charged lepton flavour conservation, as currently incorporated in the standard model, may not be valid. We report on our test of charged lepton flavour conservation in the decay of B mesons, as measured at LHCb.

Original language	English
Publication status	Published - 19-Jan-2016
Event	Physics@FOM - Veldhoven, Netherlands Duration: 19-Jan-2016 → 20-Jan-2016

Conference

Conference	Physics@FOM
Country/Territory	Netherlands
City	Veldhoven
Period	19/01/2016 → 20/01/2016

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Physics@FOM-v2Final publisher's version, 387 KB

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title = "B(s)→eμ: search for lepton flavour violation at LHCb",

abstract = "The existence of three flavors of fundamental fermions is one of the great mysteries of the standard model of particle physics. At the same time it is at the basis of a variety of exciting phenomena, such as CP violation and neutrino flavor oscillations. Hints are mounting that the assumption of lepton universality and charged lepton flavour conservation, as currently incorporated in the standard model, may not be valid. We report on our test of charged lepton flavour conservation in the decay of B mesons, as measured at LHCb.",

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T1 - B(s)→eμ: search for lepton flavour violation at LHCb

AU - Onderwater, Cornelis

AU - Pellegrino, Antonio

AU - Kappert, Rosa

AU - Wiersema, Garbrand

AU - van Veghel, Maarten

PY - 2016/1/19

Y1 - 2016/1/19

N2 - The existence of three flavors of fundamental fermions is one of the great mysteries of the standard model of particle physics. At the same time it is at the basis of a variety of exciting phenomena, such as CP violation and neutrino flavor oscillations. Hints are mounting that the assumption of lepton universality and charged lepton flavour conservation, as currently incorporated in the standard model, may not be valid. We report on our test of charged lepton flavour conservation in the decay of B mesons, as measured at LHCb.

AB - The existence of three flavors of fundamental fermions is one of the great mysteries of the standard model of particle physics. At the same time it is at the basis of a variety of exciting phenomena, such as CP violation and neutrino flavor oscillations. Hints are mounting that the assumption of lepton universality and charged lepton flavour conservation, as currently incorporated in the standard model, may not be valid. We report on our test of charged lepton flavour conservation in the decay of B mesons, as measured at LHCb.

M3 - Poster

T2 - Physics@FOM

Y2 - 19 January 2016 through 20 January 2016

ER -