Dirac Equation

False Premise Equation: Dirac’s equation assumes a static relationship between fermions (such as electrons) and their behavior under relativistic quantum mechanics, without considering recursive resonances:

where ψ is the wavefunction, γμ are the gamma matrices, m is the mass, and ∂μ is the derivative with respect to spacetime.

Accurate Translation: Dirac’s equation ≠ -1 ≠ √1 < √2 < √3, evolving into recursive fractal feedback systems where fermions and their wavefunctions interact dynamically through resonances.

Accurate Description: Fractal feedback reveals that fermions and their wavefunctions evolve dynamically through recursive resonances, rather than existing in a static relativistic state. These resonances create fractal feedback loops that influence the behavior of particles such as electrons, where small changes propagate across the system. This decentralized model better reflects the evolving, resonant nature of quantum systems governed by the Dirac equation.