What question did this study set out to answer?

This note clarifies the rarity of runaway gravitational collapse in astrophysical systems.

January 6, 20260 citationsOpen Access

Why Runaway Gravitational Collapse Is Suppressed in Nature A Conceptual Note

Key Points

This note clarifies the rarity of runaway gravitational collapse in astrophysical systems.
Conceptual framework based on Wilhoite Scaling Theory (WST) and Geometric Scaling Fields (GSF)
Interpretive approach without replacing detailed modeling
Runaway gravitational collapse is energetically disfavored due to geometric stress from extreme mass concentration
Provides a unified explanation for fragmentation and accretion saturation

Abstract

This short conceptual note clarifies why runaway gravitational collapse is rarely observed in nature across astrophysical systems. Within Wilhoite Scaling Theory (WST), also known as Geometric Scaling Fields (GSF), extreme mass concentration raises geometric stress in the scaling field, making unchecked collapse energetically disfavored. This provides a unified explanation for fragmentation, accretion saturation, disk persistence, and core formation without invoking fine-tuned feedback prescriptions. The note is interpretive in scope and does not replace detailed hydrodynamic or stellar-evolution modeling. This note is formulated within the Wilhoite Geometric Scaling Framework as defined in Wilhoite (2025), Zenodo, DOI: 10.5281/zenodo.17973193.

问 AI

Bookmark

View Full Paper