BLACK HOLE UNIVERSE FEASIBILITY STUDY
Prepared for Kalu Wu, 1 October 2026

This source package reproduces an AI-assisted theoretical feasibility study.
It is not peer reviewed and contains no new observational discovery.

CONTENTS
- build_paper.py: full manuscript and DOCX/figure construction
- reproduce_calculations.py: numerical checks using the Python standard library
- manuscript_text.txt: full linear-text manuscript including equations, tables and source URLs
- calculation_results.json: machine-readable numerical results
- figures/: original PNG and editable SVG figures

REPRODUCE THE NUMBERS
Run: python3 reproduce_calculations.py
The script writes output/calculation_results.json and prints the results.

REBUILD THE DOCUMENT AND FIGURES
Use Python 3 with numpy, matplotlib, and python-docx installed.
Run: python3 build_paper.py
The output directory contains an editable DOCX and PNG/SVG figures.
Open the DOCX in Word or LibreOffice to export a PDF. Different font setups may
slightly change pagination; inspect all rendered pages after changes.
The delivered PDF was rendered from the delivered DOCX and visually reviewed.

INTERPRETING THE RESULTS
Schwarzschild values are idealized classical quantities, not daughter-universe
ages. Reference density uses a Euclidean volume built from areal radius.
The Hubble-mass identity assumes flat FLRW and total energy-equivalent density.
The bounce is a stipulated homogeneous effective model, not a simulation of a
black hole forming a new universe. Read the paper for all assumptions.

FIGURES
Both figures were created for this study from its equations and geometry.
No third-party artwork or observational image has been used.
