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CP-Violation from Spin-1 Resonances in a Left-Right Dynamical Higgs Context

机译:左右动态希格斯语境中自旋1共振的CP违规

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摘要

New physics field content in the nature, more specifically, from spin-1 resonances sourced by the extension of the SM local gauge symmetry to the larger local group SU(2)(L) circle times SU(2)(R) circle times U(1)(B-L), may induce CP-violation signalling NP effects from higher energy regimes. In this work we completely list and study all the CP-violating operators up to the p(4)-order in the Lagrangian expansion, for a non-linear left-right electroweak chiral context and coupled to a light dynamical Higgs. Heavy right handed fields can be integrated out from the physical spectrum, inducing thus a physical impact in the effective gauge couplings, fermionic electric dipole moment, and CP-violation in the decay h -> ZZ* -> 4l that are briefly analysed. The final relevant set of effective operators have also been identified at low energies.
机译:自然界中新的物理场内容,更具体地说,是从SM局部规范对称性扩展产生的自旋1共振到较大的局部群SU(2)(L)圈乘SU(2)(R)圈乘U (1)(BL),可能会诱导CP违规信号传导来自更高能级的NP效应。在这项工作中,我们针对非线性左-右电弱手性上下文并耦合轻型动态希格斯,完整列出并研究了拉格朗日展开中直至p(4)阶的所有违反CP的算子。可以从物理频谱中整合出右手沉重的磁场,从而在有效量规耦合,费米离子电偶极矩和衰变h-> ZZ *-> 4l中的CP违反中引起了物理影响,对此进行了简要分析。最后一组有效的算子也被确定为低能量的。

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