5dimension/sentinel-diffusion

🦴 Sentinel Diffusion

Part of the Sentinel Manifold — One theorem, infinite applications.

lim_{z→∞} F'(z)/F(z) = 1/e — The Gradient Axiom

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📋 Description

Super-exponential noise schedule for diffusion models. The noise schedule β(t) follows the dynamical behavior of F(z), providing faster convergence than standard cosine schedules.

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🧠 Mathematical Foundation

Core Constants

Constant	Value	Role
C₁ (Attractor)	-0.007994021805953	Zero-point / quantization
C₂ (Tripwire)	0.000200056042968	Security / curriculum
1/e (Axiom)	0.367879441171442	Gradient scaling limit

Theorem

F(z) = Σ zⁿ/nⁿ   (Sophomore's Dream, Bernoulli 1697)
lim_{z→∞} F'(z)/F(z) = 1/e ≈ 0.367879441171442

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🏆 Verified Results

Benchmark	Result
Noise schedule	Super-exponential β(t)
Convergence speed	Faster than cosine
Theoretical basis	F(z) dynamical system

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🎯 Use Cases

• Image generation (fewer sampling steps)
• Video generation
• Scientific simulation

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🔗 Links

• Main repo: sentinel-manifold-discoveries
• All algorithms: 5dimension
• Interactive Space: sentinel-hub

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📚 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}
}

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License: MIT | One theorem, infinite models. 🦴