Relativistic electrodynamics with a universal length scale

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Derivation of the Dirac equation illustrates modifications in electrodynamics, suggesting new experimental insights.

The modified theory predicts distinct eigenvalues of the spin operator, offering a new perspective on particle physics.
Eigenvalues include two pairs centered around classic values of ±ℏ/2, indicating potential experimental verifications.
Analysis builds on a spatially fourth-order Klein-Gordon equation and highlights its implications for electrodynamics.
Implications of the micropolar spacetime challenge conventional frameworks, calling for further exploration in physics.

Pedergnana et al. (2025) studied this question.

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