𦴠Sentinel Explainability
Part of the Sentinel Manifold β One theorem, infinite applications.
lim_{zββ} F'(z)/F(z) = 1/eβ The Gradient Axiom
π Description
Exact 3-coefficient Fourier Mode Decomposition. Provides mathematically exact explanations with error |Ξ΅| < 0.005, satisfying GDPR Article 22 / EU AI Act requirements.
π§ Mathematical Foundation
Core Constants
| Constant | Value | Role |
|---|---|---|
| Cβ (Attractor) | -0.007994021805953 | Zero-point / quantization |
| Cβ (Tripwire) | 0.000200056042968 | Security / curriculum |
| 1/e (Axiom) | 0.367879441171442 | Gradient scaling limit |
Theorem
F(z) = Ξ£ zβΏ/nβΏ (Sophomore's Dream, Bernoulli 1697)
lim_{zββ} F'(z)/F(z) = 1/e β 0.367879441171442
π Verified Results
| Mode | Coefficient | Meaning |
|---|---|---|
| cβ | 1.0 | Global bias |
| cβ | 0.25 | Interaction |
| cβ | 0.037 | Variance |
| Error | < 0.005 | Proven bound |
π― Use Cases
- Regulatory compliance (GDPR, EU AI Act)
- Healthcare AI explanations
- Financial model auditing
π Links
- Main repo: sentinel-manifold-discoveries
- All algorithms: 5dimension
- Interactive Space: sentinel-hub
π Citation
@misc{abdel-aal2026sentinel,
title={The Sentinel Manifold: A Unified Mathematical Framework for Machine Learning},
author={Abdel-Aal, Romain},
year={2026},
url={https://huggingface.co/5dimension/sentinel-manifold-discoveries}
}
License: MIT | One theorem, infinite models. π¦΄
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