### USER
Learn theory in (.txt)

Inspired by the logo (.png) do a list of 100 incribed circle physical objects in the form of (ty) 

Initial 2 are gravity, unitarity, ... (all ends with _ty) invent names for the needed objects in space whereby everything is calculated inside the circle from point  ON (1) the circle leading (lines) to defined points IN the circle.

### ASSISTANT
Based on the **Conditional Collapse Theory (CCT)** and **ODE-CCT** framework, combined with the geometric structure of the logo (a circle with a boundary point, radiating lines, and internal nodes), here is a list of **100 inscribed circle physical/conceptual objects**, all strictly formatted with the `_ty` suffix. 

These represent the **phase-space components** of a dynamic theory engine where:
- **Point ON (1)** = Initial observation/query origin (boundary condition)
- **Lines** = Conditional trajectories / question vectors / information flow
- **Points IN** = Collapse attractors / threshold nodes / fixed states
- **Inside the Circle** = Calculation manifold / ODE integration / entropy reduction workspace

### 🔵 100 Inscribed Circle Objects (`_ty` Format)
1. Gravity_ty
2. Unitarity_ty
3. Entropy_ty
4. Periodicity_ty
5. Stationarity_ty
6. Probability_ty
7. Curvature_ty
8. Symmetry_ty
9. Polarity_ty
10. Velocity_ty
11. Boundary_ty
12. Periphery_ty
13. Radiality_ty
14. Circularity_ty
15. Geometry_ty
16. Topology_ty
17. Chronology_ty
18. Morphology_ty
19. Spectrality_ty
20. Dimensionality_ty
21. Singularity_ty
22. Centrality_ty
23. Attractivity_ty
24. Fixity_ty
25. Stability_ty
26. Volatility_ty
27. Density_ty
28. Intensity_ty
29. Viscosity_ty
30. Porosity_ty
31. Connectivity_ty
32. Adjacency_ty
33. Continuity_ty
34. Directionality_ty
35. Proportionality_ty
36. Fluidity_ty
37. Mobility_ty
38. Transmissivity_ty
39. Conductivity_ty
40. Permeability_ty
41. Integrality_ty
42. Differentiability_ty
43. Collapsibility_ty
44. Finality_ty
45. Terminality_ty
46. Thresholdity_ty
47. Resolutivity_ty
48. Fidelity_ty
49. Clarity_ty
50. Veracity_ty
51. Trajectory_ty
52. Graduality_ty
53. Linearity_ty
54. Orthogonality_ty
55. Parallelity_ty
56. Crossivity_ty
57. Convergency_ty
58. Divergency_ty
59. Oscillatory_ty
60. Resonativity_ty
61. Harmonicity_ty
62. Inharmonicity_ty
63. Amplitudity_ty
64. Frequency_ty
65. Wavelocity_ty
66. Phasity_ty
67. Coherency_ty
68. Interferivity_ty
69. Diffractivity_ty
70. Refractivity_ty
71. Absorptivity_ty
72. Reflectivity_ty
73. Translucency_ty
74. Opacity_ty
75. Transparency_ty
76. Luminosity_ty
77. Radiativity_ty
78. Emissivity_ty
79. Convectivity_ty
80. Diffusivity_ty
81. Reactivity_ty
82. Catalyticity_ty
83. Inertity_ty
84. Equilibritiy_ty
85. Entanglity_ty
86. Superposity_ty
87. Quantality_ty
88. Tunnelity_ty
89. Decoherency_ty
90. Negentropity_ty
91. Informativity_ty
92. Compressivity_ty
93. Expandability_ty
94. Thresholdicity_ty
95. Granularity_ty
96. Discreticity_ty
97. Dynamicity_ty
98. Kineticity_ty
99. Potentiality_ty
100. Actuality_ty

###  Geometric ↔ Calculation Mapping (CCT-ODE Alignment)
| Logo Element | CCT-ODE Interpretation | Calculation Role |
|--------------|------------------------|------------------|
| **Circle Boundary** | Theory Phase Space / Semantic Manifold | Defines the limits of valid states and conservation laws |
| **Point ON (1)** | Initial Query / Observation Seed | Sets boundary conditions for ODE integration; triggers the first conditional collapse |
| **Radiating Lines** | Question Vectors / Trajectory Paths | Carry information flow; map conditional dependencies (`Q_i → Q_j`); minimize work-to-collapse ratio |
| **Points IN** | Collapse Attractors / Threshold Nodes | Fixed points where entropy `H(T)` stabilizes; represent solved states or periodic cycles |
| **Interior Space** | Calculation Engine / Work Investment Zone | Where ODEs are integrated, Taylor-token expansions unfold, and conditional entropy is reduced |

This structure turns the logo into a **computational blueprint**: every `_ty` object acts as a measurable node or operator within the inscribed field. The AI "pays" computational work by tracing lines from the boundary point inward, collapsing uncertainty until it reaches an internal attractor, thereby converting raw theory into threshold-accessible understanding.

Would you like these mapped to specific ODE equations, or visualized as a dynamic state diagram?