Supersymmetric CP^N Sigma Model on Noncommutative Superspace
Takeo Inami, Hiroaki Nakajima

TL;DR
This paper develops a supersymmetric $CP^N$ sigma model on noncommutative superspace, demonstrating its $rac{1}{2}$-supersymmetry and deriving its two-dimensional version via dimensional reduction.
Contribution
It provides a closed-form action for the supersymmetric $CP^N$ sigma model on noncommutative superspace, preserving $rac{1}{2}$-supersymmetry without modifying transformation laws.
Findings
Model exhibits $rac{1}{2}$-supersymmetry.
Transformation law remains unaltered.
Two-dimensional model obtained by dimensional reduction.
Abstract
We construct a closed form of the action of the supersymmetric sigma model on noncommutative superspace in four dimensions. We show that this model has supersymmetry and that the transformation law is not modified. The supersymmetric sigma model on noncommutative superspace in two dimensions is obtained by dimensional reducing the model in four dimensions.
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