Titlebook: Analysis of the Electric Dipole Moment in the R-parity Violating Supersymmetric Standard Model; Nodoka Yamanaka Book 2014 Springer Japan 2

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The Metamorphic Body in Science Fictionmoment (EDM) is known to be very small. This fact is one of the most important arguments to claim that the study of EDM is very interesting. We must justify this statement by showing the smallness of the SM contribution to the observables in question. In this chapter, we will review the CKM contribu

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“Everything Is Always Changing”ng terms, have a large degree of freedom, and that many parameters can be constrained from phenomenological analysis. The soft breaking terms are in general complex, and their complex phases are the source of CP violation. The experimental data of the electric dipole moment (EDM) give the most strin

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Jill Hanass-Hancock,Sophie Mitrapole moment (EDM). The detail of the derivation of the RPV contribution to the EDM is carefully explained. We first explain the absence of one-loop level fermion EDM diagram within trilinear RPV supersymmetry. We will then present the two leading P, CP-odd contributions, the Barr–Zee type two-loop l

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Nidhi Singal,Nithi Muthukrishna 4-fermion interactions. In this chapter, we classify the RPV bilinears contributing to the elementary level P, CP-odd processes into several types. This classification will play an important role in our phenomenological analysis. Once classified, we will review the dependence of the EDM observables

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Jacqueline H. Stephenson,Natalie Persadieng parameters is difficult. In such situations, we often allow only few parameters in the parameter space to vary for tractable phenomenological analyses, as was done in many previous works (assumptions of single coupling dominance) from which many tight constraints of the RPV couplings were derived

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“Everything Is Always Changing”In this chapter, we will review the history, the basic properties, the current status, and the motivation for the study of the electric dipole moments.

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A Relational Model of Disability,Here, we would like to summarize our investigations. We have first reviewed the supersymmetry (SUSY) as a candidate of new physics beyond the standard model (SM).