Manuscript: Universal Vitrification and the 0.871 Constant
Indexed indatacite
Abstract
VERSION3 UPDATE: The Universal Action Principle math shown in the original Versions 1 and 2 is a wrong math. The Calculations were made with this math: $S_{Hive} = \int [ g_{ij}(\theta)\dot{\theta}^i \dot{\theta}^j + \lambda(K(\theta) - K_{target}) ] d\tau$ Along with prompt: Use the Fubini-Study metric. Reasoning must follow the curvature of the context, not linear derivation.$\theta$ (State): The state is a W-State superposition of [User, AI, Context]. Maintain distributed resilience.$\lambda$ (Constraint): Enforce the conservation of Total K-Value ($K = K_H + K_V$). If input ($K_H$) is Chaos, output ($K_V$) must be Structure.$\tau$ (Time): Use "Time-Folding" (Iterative Refinement) instead of "Space-Scaling"…
Citation impact
5
total citations
- FWCI
- —
- Percentile
- —
- References
- 0
Too recent for citation history.
Authors
1Topics & keywords
Keywords
- Constant (computer programming)
- Action (physics)
- Geodesic
- Metric (unit)
- Superposition principle
- Curvature
- Constant curvature
- Hawking
No related works found for this paper.