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Electron Structure

First-Generation Lepton | Mass: 0.511 MeV/c² | Charge: -1 e

Bare Structure (No Cage): The electron has a central -eCP (negative electron Conscious Point) with NO cage structure, making it the simplest charged lepton. It features only a polarized eDP cloud (positive poles inward, attracted to the -eCP center) and an orbiting eDP system providing ½ ℏ spin through ZBW (Zitterbewegung) orbital motion. This bare structure explains its light mass (~0.511 MeV/c²) and perfect stability.

Simplest Charged Lepton: Why So Light and Stable?

Electron (no cage): 0.511 MeV — bare -eCP, perfectly stable
Muon (1 cage): 105.7 MeV — tetrahedral cage, τ = 2.2 μs
Tau (2 cages): 1776.8 MeV — tetra+icosa cages, τ = 2.9×10⁻¹³ s

Like the up quark among quarks, the electron is the lightest and most stable of its family. The absence of cage structures means no decay pathways — the electron is absolutely stable. Leptons use eCPs (electron-type) while quarks use qCPs (quark-type).

Animation Controls

Animation Speed

1.0×

Camera Rotation

0.3×

Zoom

1.0×

Trail Length

100

Visibility Controls

Reference Grid eDP Cloud eDP Orbit (ZBW) Orbital Trails

Actions

3D Structure View — Drag to rotate

Real-Time Measurements

Central Charge

-eCP (-1e)

Particle Type

Lepton (e-type)

Cage Structure

None (bare)

eDP Cloud

+ poles inward

eDP Orbit

r = 0.50

Cloud Radius

r = 0.80

Mass

0.511 MeV/c²

Spin

½ ℏ

Charge

-1 e (exact)

Stability

Absolutely Stable