a month ago
- Quantum Electrodynamics (QED) describes interactions between charged matter (like electrons) and the electromagnetic field, with matter having a rotation in the complex plane.
- The Dirac equation models spin-1/2 fermions, where solutions show wave-like behavior and phasor rotations indicate matter (clockwise) vs. antimatter (counter-clockwise) via phase direction.
- Matter's complex-plane rotation couples to the EM field, encouraging similar rotation; this propagates outward as waves, influencing other matter fields via phase differences.
- Charge density ρ in Klein-Gordon equation depends on rotation direction, allowing opposite signs for matter/antimatter, unlike Dirac's ρ based only on probability density.