Effective Potential in String Induced Action

TL;DR

This paper investigates the dynamical properties of a Born-Infeld type gauge theory with an added complex scalar field, focusing on the Coleman-Weinberg mechanism to understand its high-energy effective behavior.

Contribution

It introduces a novel analysis of the Born-Infeld gauge theory incorporating scalar fields and explores the Coleman-Weinberg mechanism within this framework.

Findings

Demonstrates the potential for spontaneous symmetry breaking via Coleman-Weinberg mechanism.

Provides insights into the high-energy effective dynamics of Born-Infeld gauge theories.

Suggests implications for string theory effective actions.

Abstract

The dynamical properties of the gauge theory of Born-Infeld type action, which is expected as the high-energy effective theory, are investigated by adding a complex scalar field to this gauge system. Especially the Coleman-Weinberg mechanism is addressed in this theory.