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Electron-Class Configuration

Definition​

The electron-class configuration is the minimal persistent asymmetric configuration in LMR.

It is characterized by an open structural asymmetry that admits projection through the electromagnetic corridor X.

Within Tier 1, the electron-class configuration is not treated as a standard particle, charged body, field excitation, or dynamical object.

Tier Placement​

Primary tier: Tier 1

Role: Minimal persistent asymmetric configuration

The electron-class configuration belongs to the structural classification layer established in Paper III.

Source​

Primary source: Paper III — Emergence and Structure

Authority level: Foundational structural classification

Paper III establishes the electron-class configuration as the minimal persistent asymmetric configuration admitted by the structural grammar.

Function in LMR​

The electron-class configuration functions as the first persistent asymmetric structural class.

It supports:

  • half-fold classification
  • open asymmetry
  • projection through X
  • q′ as projection signature
  • external legibility
  • later electromagnetic routing grammar

The electron-class configuration provides the primitive case in which unresolved structural asymmetry becomes externally legible.

Allowed Use​

The electron-class configuration may be used as a Tier 1 structural class.

It may be discussed in relation to half-fold organization, persistence, projection, X, and q′.

Prohibited Misuse​

The electron-class configuration must not be treated in Tier 1 as:

  • a standard electron particle
  • a charged point mass
  • a field excitation
  • a quantum state
  • a force source
  • an orbiting object
  • a dynamical carrier

Standard electron comparisons belong to Tier 3 unless explicitly declared otherwise.

See Also​