Distinguishing Indirect Signatures of New Physics at the NLC: Z' Versus R-Parity Violation

Abstract

R-parity violation and extensions of the Standard Model gauge structure offer two non-minimal realizations of supersymmetry at low energies that can lead to similar new physics signatures at existing and future colliders. We discuss techniques that can be employed at the NLC below direct production threshold to distinguish these two new physics scenarios.

31 pages, 11 Figs, LaTex, discussion extended, refs updated, typos corrected

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Cited by in corpus (21)

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• Spin identification of the Randall-Sundrum resonance in lepton-pair production at the LHC
• Transverse Polarization Signatures of Extra Dimensions at Linear Colliders
• Identification of extra neutral gauge bosons at the International Linear Collider
• Center-Edge Asymmetry at Hadron Colliders
• More Transverse Polarization Signatures of Extra Dimensions at Linear Colliders
• Discriminating graviton exchange effects from other new physics scenarios in e^+e^- collisions
• Top Quarks at Photon Colliders
• Identification of indirect new physics effects at e^+e^- colliders: the large extra dimensions case
• Unique Identification of Graviton Exchange Effects in e^+ e^- Collisions
• New scalar resonances from sneutrino-Higgs mixing in supersymmetry with small lepton number (R-parity) violation
• Sneutrino identification in dilepton events at the LHC
• Sneutrino Identification in Lepton Pair Production at ILC with Polarized Beams
• Use of Transverse polarization to probe R-parity violating supersymmetry at ILC
• Graviton Resonances in E+ E- -> MU+ MU- at Linear Colliders with Beamstrahlung and ISR Effects
• Unique heavy lepton signature at $e^{+}{e}^{-}$ linear collider with polarized beams
• Contact Interaction Searches at the Linear Collider: Energy, Luminosity and Positron Polarization Dependencies
• Sensitivity of a Future High Energy $e^{+}{e}^{-}$ Collider to $Z^{\prime }$ Bosons