Scalar Weak Gravity Conjecture in Super Yang-Mills Inflationary Model

TL;DR

This paper evaluates four inflation models against swampland conjectures, finding that super Yang-Mills and Orientifold inflation models are more compatible with these conjectures, especially in specific parameter regions, supporting their viability for universe development studies.

Contribution

It introduces a detailed compatibility analysis of four inflation models with scalar weak gravity conjectures, highlighting the superior alignment of SYMI and OI models in specific parameter regions.

Findings

SYMI and OI models are more compatible with swampland conjectures.

Compatibility with conjectures is limited to specific parameter regions.

All models satisfy the refined de Sitter swampland conjecture in some regions.

Abstract

In this article, we want to check four inflation models, such as composite NJL inflation (NJLI), Glueball inflation(GI), super Yang-Mills inflation (SYMI), and Orientifold inflation (OI), with two conjectures of the swampland program: scalar weak gravity conjecture (SWGC) and strong scalar weak gravity conjecture (SSWGC) since all these models violate the dS swampland conjecture(DSC) but are compatible with further refining de Sitter swampland conjecture (FRDSSC) through manual adjustment of free parameters of the mentioned conjecture. We want to study the simultaneous compatibility of each model with these two new conjectures. Despite being consistent with (FRDSSC), we find that all models are not compatible with the other conjectures of the Swampland program in all regions, and these conjectures are only satisfied in a specific area. Also, due to the presence of constant parameter $(\phi_{0})$ in the higher orders derivatives, the (SYMI) and (OI) among all the models are more compatible with all conjectures of the swampland program. These models can provide a more significant amount of satisfaction with all of them. They can be suitable and accurate inflation models for a more profound examination of universe developments. We determined a particular region for these models is compatible with (FRDSSC), (SWGC), and (SSWGC) simultaneously