title: Metric for Stones law of Universiality
title: Normalized units of Universiality
titleType: AlternativeTitle
title: Stones Law of Universiality
titleType: Subtitle
Creators: name: Stone, Travis Raymond-Charlie
Publisher: name: Zenodo
Year: 2025

description: Abstract:

Unified Scalar Modeling of Physics Using Stones Law of Universality

 

This simulation represents a novel fusion of 28 foundational physics equations using a recursive scalar approach. Each equation ranging from Einsteins mass-energy equivalence and Schrodingers wave function to Navier-Stokes fluid dynamics was treated as a state. These states interacted through a recursive cascade, where outputs influenced one another in a sequence.

 

The system utilized Stones Law of Universality, which multiplies a given equations output (interpreted as mass) by fixed field and time factors (typically normalized to 1), creating a scalar output. This method allowed all equations regardless of physical domain to be unified under a single scalar framework.

 

Three primary layers emerged:

1. Macro-Level: Einsteins equation dominated with ~8.99—10 revealing the energy density of mass at scale.

2. Meso-Level: Newtonian mechanics, kinetic and potential energy, and thermodynamic outputs clustered around tens to hundreds showing macroscopic balance and force interactions.

3. Micro-Level: Planck, de Broglie, and Compton wavelengths yielded values near emphasizing precision and quantum behavior.

 

The Ambiguity Machine Logic then passed these equation-derived truth values into a recursive decision tree paradox engine and routed outputs through 16 model functions (e.g., psrs_true, cris, agi9). These models abstract behaviors such as damped oscillations, adaptive intelligence curves, or probabilistic behaviors, providing qualitative interpretations.

 

Final Output:

The unified recursive cascade of the 28 physics states produced a scalar synthesis, showcasing cross-domain feedback potential.

Logical triggers generated symbolic outputs selected dynamic functions like agi9, offering multi-model adaptability for AI simulation.

The output scalar and model pathways now form the basis for AI-augmented physics simulation, recursive universes, and quantum-classical hybrid design.

 

This framework bridges hard scientific computation with adaptive logic, offering a new pathway for scientific modeling, education, and inter-domain system engineering.

Normalized Values (Each Equations Output Passed Through Stones Law):

1. Einstein Mass-Energy: 8.987551787368176e+16

2. Planck Energy: 3.313035075e-19

3. Schrodinger Wave: 1.0

4. de Broglie Wavelength: 7.273403018660812e-10

5. Heisenberg Uncertainty: 1.0 (Boolean True = 1)

6. Newtons Second Law: 98.0

7. Coulomb Force: 89.87551792299998

8. Ohms Law: 10

9. Hookes Law: -5.0

10. Kinetic Energy: 9.0

11. Gravitational Potential Energy: 98.10000000000001

12. Wave Speed: 6.0e+08

13. Ideal Gas Law: 0.0 (False = 0)

14. Gausss Law: 112.94

15. Lorentz Force: 9.6e-13

16. Time Dilation: 1.0000000000055633

17. Relativistic Mass: 1.0000000000055633

18. Compton Wavelength: 2.426e-12

19. Bohr Radius: 6.65e-10

20. Photon Momentum: 1.11e-27

21. Stefan-Boltzmann: 459.30

22. Wiens Law: 9.66e-06

23. Faradays Law: -2.0

24. Entropy: 1.333

25. Fourier Heat: -100.0

26. Bernoulli: 101502.72

27. Navier-Stokes: -1013549.998

28. Blackbody Radiation: 6.13e-06

Total Normalized Output (Summed Across All 28):

 

8.987551847277051e+16

 

Interpretation:

Stones Law (mass field time) acts as a normalizer or universal combiner, keeping all outputs in a comparable scalar form.

Timestamp: 2025-04-17

Generated by: StoneAI Framework using GPT Agent