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Open Quantum Systems Decoherence
Quantum Simulation
Entanglement Theory Quantum Correlations
Quantization of Ricci Curvature in Information Geometry
arXiv
Authors: Carlos C. Rodriguez
Year
2026
Paper ID
28585
Status
Preprint
Abstract Read
~2 min
Abstract Words
97
Citations
N/A
Abstract
In 2004, while studying the information geometry of binary Bayesian networks (bitnets), the author conjectured that the volume-averaged Ricci scalar <R> computed with respect to the Fisher information metric is universally quantized to positive half-integers: <R> in (1/2)Z. This paper resolves the conjecture after 20 years. We prove it for tree-structured and complete-graph bitnets via a universal Beta function cancellation mechanism, and disprove it in general by exhibiting explicit loop counterexamples. We extend the program to Gaussian DAG networks, where a sign dichotomy holds: discrete bitnets have positive curvature, while Gaussian networks form solvable Lie groups with negative curvature.
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- In 2004, while studying the information geometry of binary Bayesian networks (bitnets), the author conjectured that the volume-averaged Ricci scalar computed with respect to...
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