Testing CPCP in the Bjorken process

preprint1995arXivOpen access

Abstract

In a more general electroweak theory, there could be Higgs particles that are odd under CPCP, and also Higgs-like particles which are not eigenstates of CPCP. We discuss distributions which for the Bjorken process are sensitive to the CPCP parity. Correlations among momenta of the initial electron and final-state fermions yield this kind of information. We discuss also observables which may demonstrate presence of CPCP violation and identify a phase shift δδ which is a measure of the strength of CPCP violation in the Higgs-vector-vector coupling, and which can be measured directly in the decay distribution. We present Monte Carlo data on the expected efficiency, and conclude that it is relatively easy to determine whether the produced particle is even or odd under CPCP. However, observation of any CPCP violation would require a very large amount of data.

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