TL;DR
This paper reformulates supersymmetric Yang-Mills gauge theory within SIM(2) superspace, exploring Lorentz-breaking effects and comparing gauge chiral and covariant approaches to this formalism.
Contribution
It introduces a SIM(2) superspace formulation of supersymmetric Yang-Mills theory and analyzes Lorentz-breaking terms using two different approaches.
Findings
Reformulation of supersymmetric Yang-Mills theory in SIM(2) superspace.
Analysis of Lorentz-breaking effects in the new formalism.
Comparison of gauge chiral and covariant approaches.
Abstract
In this paper the SIM(2) superspace formulation of the supersymmetric Yang-Mills gauge theory minimally coupled to chiral superfields is discussed. The super-Poincare invariant supersymmetric Yang-Mills theory is rewritten to SIM(2) superspace formalism and the effects of SIM(2) invariant but Lorentz breaking terms are discussed. Two approaches are investigated. The first is based on the gauge chiral representation of the supersymmetric gauge theory and the second is based on the covariant representation of the supersymmetric gauge theory.
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