Singularity Avoidance via an Unattainable Boundary Numerical Analysis of a Divergent Potential Model

Key Points

• The research aims to investigate the implications of a divergent effective potential in a minimal scalar field model for singularity avoidance.
• Introduced a minimal scalar field model with divergent effective potential at finite density.
• Conducted numerical analysis to explore the effects on singularity avoidance.
• Interpreted numerical results as dynamic limitations on accessible state space induced by finite density divergence.
• Numerical findings indicate that singularity avoidance can be viewed as a dynamic constraint on accessible states due to finite density divergence.

Abstract