One-loop effective potential in the non-local supersymmetric gauge theory

TL;DR

This paper develops a non-local extension of supersymmetric gauge theory with chiral matter and calculates the one-loop Kählerian effective potential using superfield formalism.

Contribution

It introduces two non-local models of supersymmetric gauge theory and provides explicit one-loop effective potential calculations.

Findings

Explicit one-loop Kählerian effective potentials derived for both models

Demonstrates the feasibility of non-local extensions in supersymmetric gauge theories

Provides a foundation for further exploration of non-local supersymmetric models

Abstract

Using the superfield formalism, we propose a non-local extension of the supersymmetric gauge theory coupled to massless chiral matter. Two different non-local models are considered. For these models, we explicitly calculate the one-loop K\"{a}lerian effective potential.