What question did this study set out to answer?

The aim is to explore the fate of black holes and investigate information preservation under the MUT v5.8 framework.

February 17, 2026Open Access

MUT v5.8.19: Supplement XVI: The Stability of Black Hole Remnants and Information Preservation

Key Points

The aim is to explore the fate of black holes and investigate information preservation under the MUT v5.8 framework.
Applied the MUT v5.8 framework to analyze black hole evaporation.
Examined the role of the Effective Background Scalar Field constant (ΦA).
Evaluated implications for dark matter and information preservation in black holes.
MUT predicts that black hole evaporation halts at the Planck scale.
Stable remnants are formed that retain phase information.
Proposed remnants may account for a majority of dark matter.

Abstract

This supplement explores the fate of black holes under the MUT v5.8 framework. Unlike standard Hawking radiation predictions, which imply total evaporation and loss of information, MUT predicts that black hole evaporation halts at the Planck scale due to the invariance of the Effective Background Scalar Field constant (ΦA). The remaining mass forms stable remnants that store pre-existing phase information, providing a resolution to the information paradox. Additionally, these remnants are proposed as potential candidates for the majority of dark matter. This work bridges quantum gravity, thermodynamics, and cosmology, offering a deterministic mechanism for information preservation in black holes.

MUT v5.8.19: Supplement XVI: The Stability of Black Hole Remnants and Information Preservation

Key Points

Abstract

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