What question did this study set out to answer?

This paper aims to verify the Kaelion correspondence equation relating Loop Quantum Gravity and holographic principles.

January 25, 2026Open Access

Kaelion Paper v3.1: Experimental Verification of the LQG-Holography Correspondence

Puntos clave

This paper aims to verify the Kaelion correspondence equation relating Loop Quantum Gravity and holographic principles.
Experimental verification using IBM Quantum hardware
Data collection from 136+ data points
Analysis across quantum backends: ibm_fez, ibm_torino, ibm_marrakesh
Statistical analysis to determine significance
Confirmed formula: alpha(lambda) = -1/2 - lambda
Data spans lambda range: [0.006, 1.000]
Achieved statistical significance at p < 10^-10

Resumen

Kaelion Paper v3. 1 - Complete Package This paper presents the experimental verification of the Kaelion correspondence equation alpha (lambda) = -1/2 - lambda, which interpolates between Loop Quantum Gravity and holographic entropy formulations. CONTENTS Paper: - kaelionₚaperᵥ3. pdf - Main paper (peer-review ready) - kaelionₚaperᵥ3. tex - LaTeX source Code: - kaelionᵥerificationcomplete. py - Full verification script- generateₚaperfigures. py - Figure generation Figures: - kaelionᵥerificationcomplete. png - Main verification plot- kaelionₑxtendedᵥerification. png - Extended analysis- kaelionₚotential. png - V (lambda) potential visualization KEY RESULTS - Formula verified: alpha (lambda) = -1/2 - lambda- Data points: 136+ from IBM Quantum hardware- Backends: ibmfez, ibmₜorino, ibmₘarrakesh- Lambda range: 0. 006, 1. 000- Statistical significance: p < 10^-10 RELATED REPOSITORIES - Main framework: https: //github. com/AsesorErick/kaelion- Experimental data: https: //github. com/AsesorErick/kaelion-experiments- Theoretical derivation: https: //github. com/AsesorErick/kaelion-derivation

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