106 applications of the Spaticle field

Independently meaningful physical applications, derived results, and observational applications with a direct chain to the Spaticle field or its derived density.

1. Spaticle-field equilibrium density
2. Matter creation from the Spaticle Field
3. Propagation of forces and physical disturbances through the Spaticle Field
4. Stable condensation equilibrium
5. Proton condensation structure
6. 3+e proton structure
7. Electron mass
8. Matter-antimatter structure and annihilation
9. Antihydrogen structure and CERN comparison
10. Stability filter for matter and antimatter
11. Emergence of the fundamental forces
12. Gravity as substrate deformation and restoring response
13. Covariant carrier-field equation
14. Density-derived carrier scale
15. Finite gravitational deformation domain
16. Rotationally enlarged deformation domain
17. Carrier relaxation length and timescale
18. Cosmological screening length
19. BFUT gravitational acceleration scale
20. Finite-domain gravity across physical regimes
21. Dark Matter Effects interpretation
22. Dark Matter Effects equation
23. SPARC rotation-curve validation
24. KiDS-1000 weak-lensing validation
25. Additional galaxy-system tests
26. Merger morphology and substrate entrainment
27. Low-rotation systems
28. Sunyaev-Zel'dovich effect
29. Lyman-alpha forest
30. Integrated Sachs-Wolfe effect
31. Weak-lensing S8 application
32. CMB acoustic peaks
33. BAO-like feature
34. Fine-structure constant
35. Strong coupling constant
36. Weak mixing angle
37. W-boson mass
38. Z-boson mass
39. H-class radial resonance mass
40. H-class state as a radial resonance
41. Shankar and BFUT configuration resonances
42. Quark-mass hierarchy
43. Hydrogen Bohr radius
44. Hydrogen ground-state binding energy
45. Atomic stability
46. Molecular and chemical stability
47. Electron reference length
48. Reduced Planck constant
49. Planck constant
50. Minimum circulation quantum
51. Compton wavelength
52. de Broglie wavelength
53. Harmonic-oscillator energy levels
54. Planck length
55. Planck mass
56. Planck time
57. Vacuum energy density
58. Schrödinger equation
59. Born rule
60. Heisenberg uncertainty principle
61. Half-integer spin
62. Spin-statistics relation
63. Pauli exclusion principle
64. Fermionic mass hierarchy
65. Gauge symmetry
66. Quantum superposition
67. Wave-function collapse
68. Entanglement
69. Quantum tunnelling
70. Decoherence
71. Quantum measurement
72. Quantum gravity unification
73. Quantum gate evolution
74. Quantum-gate minimum time
75. Quantum-computing substrate memory
76. Bell correlation
77. CHSH quantum bound
78. Time as accumulated substrate evolution
79. Special-relativistic time dilation
80. Gravitational time dilation
81. Unified time-dilation relation
82. Length contraction
83. Twin paradox
84. Clock universality
85. Photon proper time
86. Arrow of time
87. Simultaneity and causality
88. Past and future asymmetry
89. Quantum time evolution
90. Equivalence principles
91. Temporal singularity limit
92. Universal speed limit
93. Speed of light from substrate stiffness and density
94. Independent reconstruction of c
95. Massive-particle velocity deficit
96. Equality of light and gravitational-wave speeds
97. Singularity impossibility
98. Finite-density causal bound
99. Finite gravitational compression
100. Black holes as finite gravitational vortices
101. Black-hole finite core and surrounding structure
102. Black-hole redistribution and entrainment
103. Black-hole deformation domain
104. Rotational sustenance of gravitational structure
105. Black-hole seed dissipation
106. Hawking-radiation interpretation