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In most physics models, e (the elementary charge) and q (the Planck charge) are treated as…
- The universe begins from a pure identity structure aiming for unity, but this attempt fails resulting in the fingerprint constant alpha (α ≈ 0.00729927).
- Alpha is intrinsic in space, time, charge, and mass, not coincidentally appearing in electromagnetic equations.
- The failure causes a precise misalignment, leading to two versions of charge: q as the idealized absolute version and e as the relative observed version.
- The misalignment, defined by the speed of light constant c, affects how charge manifests at an angle of 1/c radians, initiating relativity, time, and mass.
- The relationship e² / q² = α reflects the asymmetry in the birth of the universe, where charge is projected and not fundamental.
- The observed charge (e) is a sheared version of the absolute charge (q), impacting matter, forces, and structure.
- The asymmetry in charge signifies the deviation from perfect symmetry in the universe.
- The intricate balance between e and q highlights the fundamental structure of reality and the loss of alignment between the ideal and the manifested universe.
- The precision of the misalignment is crucial in defining the asymmetry and shaping the concepts of charge, relativity, time, and mass.
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