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Erler, J., Langacker, P., Munir, S. and Rojas, E. (2009) Improved Constraints on Z’ Bosons from Electroweak Precision Data. arXiv: 0906.2435.

has been cited by the following article:

• TITLE: Neutral Current Prediction of the Z Prime Boson Mass Scales around 11.13 TeV

  AUTHORS: Hung-Te Henry Su, Po-Han Lee

  KEYWORDS: Z′ Boson, Neutral Current, Extended Electroweak Model, Yukawa Coupling, High-Energy Collider, Multi-TeV Range

  JOURNAL NAME: Journal of High Energy Physics, Gravitation and Cosmology, Vol.12 No.3, June 3, 2026

  ABSTRACT: We present a theoretical prediction for the mass of a hypothetical Z′ boson within the framework of an extended electroweak model. Starting from the neutral current Lagrangian and assuming decoupling of the Z′boson in high-dimensional scenarios (LN~0), we derive a relation between the electromagnetic current and the neutral current. Using the approximate relation sin2θW/cosθW~0.25 and incorporating the Yukawa coupling of the electron, we estimate the Z′ mass to be M Z ′ =11.13±0.15 TeV , with a small supersymmetric factor correction (~1.96). This prediction provides a concrete target for future high-energy collider experiments, such as LHCb or next-generation facilities, to test the existence of Z′ bosons in the multi-TeV range.