The Lee Wick Standard Model
arXiv:0908.3872 · doi:10.1142/S0217751X10048871
Abstract
This article reviews some recent work on a version of the standard model (the Lee-Wick standard model) that contains higher derivative kinetic terms that improve the convergence of loop diagrams removing the quadratic divergence in the Higgs boson mass. Naively higher derivative theories of this type are not acceptable since the higher derivative terms either cause instabilities (from negative energies) or a loss of unitarity (from negative norm states). Lee and Wick provided an interpretation for such theories arguing that theories with higher derivative kinetic terms can be unitary and stable if the states associated with the massive propagator poles, that arise from the higher derivatives, have widths and hence decay and are not in the spectrum of the theory.
12 pages, talk presented at Shifmania 2009
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Cited by in corpus (11)
- Super-renormalizable or Finite Lee-Wick Quantum Gravity
- A Radiation Bounce from the Lee-Wick Construction?
- Lee-Wick radiation induced bouncing universe models
- Color-kinematics duality, double copy and the unitarity method for higher-derivative QCD and quadratic gravity
- Higher-Derivative Wess-Zumino Model in Three Dimensions
- Thermodynamics of the Lee-Wick partners: An alternative approach
- Non-perturbative Lee-Wick gauge theory: Towards Confinement and RGE with strong couplings
- A toy model based analysis on the effect of the Lee-Wick partners in the evolution of the early universe
- On higher-derivative gauge theories
- Effective potential for a SUSY Lee-Wick model: the Wess-Zumino case
- About the triviality of the higher derivative sector in the abelian Lee-Wick model