Speaker
Dr
Ezequiel Alvarez
(Universidad de Buenos Aires and CONICET)
Description
We show how a resonance from the recently proposed Lee-Wick Standard Model could lead to wrong vertex displacements at LHCb.
We study which could be the possible 'longest lived' Lee-Wick particle that could be created at LHC, and we study its possible decays and detections. We conclude that there is a region in the parameter space which would give wrong vertex displacements as a unique signature of the Lee-Wick Standard Model at LHCb. Further numerical simulation shows that LHC era could explore these wrong vertex displacements through Lee-Wick leptons below 500GeV.
Primary author
Dr
Ezequiel Alvarez
(Universidad de Buenos Aires and CONICET)
Co-authors
Dr
Alejandro Szynkman
(Montreal University)
Dr
Carlos Schat
(Universidad de Buenos Aires and CONICET)
Dr
Leandro Da Rold
(Instituto Balseiro, Bariloche, Argentina)
