Simple Spinning emDP: The electron neutrino (νe) is the simplest neutrino, consisting of
just a single spinning electromagnetic Dipole Pair (emDP) with NO central Conscious Point. It's a neutral pair of
±emCP particles orbiting their common center of mass in a helical motion, producing left-handed chirality through
bit phase interactions. This minimal structure gives it an extremely small mass (<0.1 eV/c²) and perfect stability.
Electron Neutrino: Binary System Dynamics
Structure: Two particles (+emCP and -emCP) orbiting their common center of mass
No Central CP: Unlike the electron, there's no central particle - just a mutual binary orbit
Helical Motion: Spinning creates left-handed chirality from helical bit phases
Mutual Attraction: Stabilized by electrostatic attraction and relativistic chaining
Mass Origin: Tiny mass (~10⁻³ eV) from minimal PSR chaining and SSS gradients
Spin: 1/2 ℏ from orbital angular momentum of the binary system