Closing The CMN Research Gaps: A Mathematical Consistency and Testability Programme for The Black-Hole Information Paradox
- 1Independent Researcher, Rangpur-Kurigram, Bangladesh
Abstract
Description,
This manuscript, Closing the CMN Research gaps, develops a structured programme for investigating the mathematical consistency and physical testability of the Central Meta-Nucleus (CMN) Framework in relation to the black-hole information paradox.
"Principle Research Areas"
Covariant action formulation and field-equation derivation.
Stability-sector and information -sector consistency requirements.
Bianchi identities and total energy-momentum conservation.
non-singular black-hole core and curvature -regularity tests.
Geodesic completeness and horizon structure.
Comparision with established semiclassical appoaches.
Quantum unitarity, radiation entropy, and Page-curve analysis.
quantitative predictions and falsifiability criteria.
"Scientific Contribition"
The manuscript converts broad theoretical limitations into specific mathematical tasks and verification criteria . it provides an illustrative action templaete and identifies the calculations required to assess whether the CMN framework can offer a consistent account of black-hole information recovery.
"Research Status and limitations"
This document is a theoretical research programme, not a claim that all CMN research gaps have been solved. The complete action, explicite solutions, Stability proofs, and quantitative preditions remain subjects for further investigation.
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BibTeX
@misc{rashid2026closing,
title = {{Closing The CMN Research Gaps: A Mathematical Consistency and Testability Programme for The Black-Hole Information Paradox}},
author = {Md Harun Or Rashid},
howpublished = {Closing The CMN Research Gaps: A Mathematical Consistency and Testability Programme for The Black-Hole Information paradox},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23561959},
url = {https://zenodo.org/records/23561959},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - Closing The CMN Research Gaps: A Mathematical Consistency and Testability Programme for The Black-Hole Information Paradox
AU - Md Harun Or Rashid
PY - 2026
DA - 2026/10/22
PB - Closing The CMN Research Gaps: A Mathematical Consistency and Testability Programme for The Black-Hole Information paradox
DO - 10.5281/zenodo.23561959
UR - https://zenodo.org/records/23561959
AB - Description, This manuscript, Closing the CMN Research gaps, develops a structured programme for investigating the mathematical consistency and physical testability of the Central Meta-Nucleus (CMN) Framework in relation to the black-hole information paradox. "Principle Research Areas" Covariant action formulation and field-equation derivation. Stability-sector and information -sector consistency requirements. Bianchi identities and total energy-momentum conservation. non-singular black-hole core and curvature -regularity tests. Geodesic completeness and horizon structure. Comparision with established semiclassical appoaches. Quantum unitarity, radiation entropy, and Page-curve analysis. quantitative predictions and falsifiability criteria. "Scientific Contribition" The manuscript converts broad theoretical limitations into specific mathematical tasks and verification criteria . it provides an illustrative action templaete and identifies the calculations required to assess whether the CMN framework can offer a consistent account of black-hole information recovery. "Research Status and limitations" This document is a theoretical research programme, not a claim that all CMN research gaps have been solved. The complete action, explicite solutions, Stability proofs, and quantitative preditions remain subjects for further investigation.
ER -