Electromagnetic Hourglass
Purpose
The Electromagnetic Hourglass specifies the projection-layer extension of the Hourglass Grammar.
It shows how the electromagnetic projection corridor is read in relation to structural frequency, unresolved asymmetry, and external legibility.
The Electromagnetic Hourglass is not a diagram of electromagnetic force, field propagation, or charge interaction. It is a diagrammatic grammar for projection.
Authority Level
Authority: Foundational / diagrammatic
The Electromagnetic Hourglass belongs to the foundational projection layer of Arc 1.
It supports the reading of Paper IV and the structural role of X and q′.
Tier Placement
Primary tier: Tier 1
Role: Projection-layer diagram
The Electromagnetic Hourglass is read as Tier 1 diagrammatic grammar.
It must not be interpreted as a standard electromagnetic field diagram unless explicitly moved into Tier 2 or Tier 3.
What the Diagram Shows
The Electromagnetic Hourglass organizes the projection relation by which unresolved structural asymmetry becomes externally legible.
It supports the reading of:
- X as projection corridor
- q′ as projection signature
- structural frequency as projection-relevant
- external legibility
- unresolved asymmetry
- projection without force or field mechanism
The diagram shows a permitted structural relation, not a physical interaction.
What the Diagram Does Not Show
The Electromagnetic Hourglass does not show:
- electric force
- magnetic force
- field propagation
- charge interaction
- photon exchange
- current flow
- electromagnetic radiation
- Maxwellian dynamics
It does not introduce new primitives.
It does not override Paper IV.
Reading Rule
The Electromagnetic Hourglass must be read as projection grammar.
X is a corridor, not a field.
q′ is a projection signature, not standard electric charge unless explicitly placed into Tier 3 correspondence.
Any reading that treats the diagram as electromagnetic dynamics is outside Tier 1.
Function in LMR
The Electromagnetic Hourglass provides a controlled diagrammatic reading of the projection layer.
It supports:
- projection grammar
- external legibility
- X corridor placement
- q′ interpretation
- distinction between structural signature and standard charge
- preservation of Tier 1 discipline
It allows the electromagnetic sector to be expressed structurally without importing force or field explanation.
Related Concepts
See Also
- Paper IV — Electromagnetic Routing and Projection (in preparation)
- M′–f–t–λ Middle Layer
- Completed Hourglass
- Codex Rules