Data for: A 13.9σ Prediction for the 3++ Glueball Mass from AdS7×CY3 Holography

This dataset contains the LaTeX source, PDF, figure, and Python code for the paper "A 13.9σ Prediction for the 3++ Glueball Mass from AdS7×CY3 Holography". Key Result: M(3++) = 3.59 ± 0.04 GeV This is a zero-free-parameter prediction for J > 2 derived from AdS7×CY3 compactification with a negative dilaton ghost ΔL1 = -1.58. The prediction is 13.9σ below the AdS5/CFT4 result of 4.20 GeV, providing a decisive experimental test between 10D and 5D holography for QCD. Validation: Reproduction of 7 lattice states from Athenodorou & Teper 2021 yields χ²/dof = 0.007 with all pulls = 0.00 for J > 2. Files included:1. Felippe_3pp_2026.tex - Full LaTeX source2. Felippe_3pp_2026.pdf - Compiled paper 3. Fig1_M3pp_prediction.pdf - Main figure showing 3++ prediction vs AdS54. BSFT_GHOST_Plv16.9.3.py - Python code to reproduce spectrum and Figure 1 Usage: Run the Python script to generate all masses and the prediction plot. LaTeX compiles with pdfLaTeX + BibTeX. This work used no external funding.