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Reading Paths

Length–Mass Reduction (LMR) should be read in order, but readers may approach the framework from different interests.

This page provides guided entry paths for different readers.

These paths are not substitutes for Arc 1. They are orientation routes that direct readers toward the foundational sequence.

For First-Time Readers​

Begin here if you are new to LMR.

  1. Home
  2. Start Here
  3. Arc 1 — Foundational Papers
  4. Paper I — Codex and Foundational Grammar

Purpose:

To understand how LMR should be read before encountering technical terms.

For Readers Interested in Physics Foundations​

Begin here if your interest is dimensional analysis, physical primitives, or the status of mass.

  1. Start Here
  2. Codex Rules
  3. Paper I — Codex and Foundational Grammar
  4. Paper II — Lattice, Perturbation, and Persistence

Purpose:

To understand the foundational grammar before comparing LMR to standard physical theories.

For Readers Interested in Geometry​

Begin here if your interest is structure, constraint, diagrams, or geometric representation.

  1. Start Here
  2. Diagrams
  3. Quadrant Grammar
  4. Hourglass Grammar
  5. Paper I — Codex and Foundational Grammar

Purpose:

To understand LMR as a geometric grammar before following the paper sequence.

For Readers Interested in Electromagnetism​

Begin here if your interest is charge, projection, external legibility, or electromagnetic structure.

  1. Start Here
  2. Tier 1
  3. Projection
  4. X Corridor
  5. Paper IV — Electromagnetic Routing and Projection (in preparation)

Purpose:

To understand the electromagnetic layer as projection grammar, not as a force or field theory.

Required caution:

Paper IV depends on Papers I–III.

For Readers Interested in Gravitation​

Begin here if your interest is normalization, persistence support, inflow, or gravitational routing.

  1. Start Here
  2. Normalization
  3. √G′ Corridor
  4. Rabs
  5. Paper V — Persistence, Inflow, and Gravitational Routing (in preparation)

Purpose:

To understand gravitational routing as internal normalization grammar, not as gravitational force or spacetime dynamics.

Required caution:

Paper V depends on Papers I–IV.

For Readers Interested in Measurement or Correspondence​

Begin here if your interest is SI units, ℓm-reduction, dimensional analysis, or the relationship between LMR and standard representations.

  1. Start Here
  2. Tier 1
  3. ℓm-Reduction
  4. Working notes and frontier material are maintained internally until selected material is prepared for public release.

Purpose:

To understand correspondence as Tier 3 mapping, not as modification of Tier 1.

For Readers Interested in Future Applications​

Begin here if your interest is chemistry, spectra, materials, measurement, or other application domains.

  1. Start Here
  2. Roadmap
  3. Arc 1 — Foundational Papers
  4. Working notes and frontier material are maintained internally until selected material is prepared for public release.

Purpose:

To distinguish foundational grammar from later branch development.

Required caution:

Applications do not modify Arc 1.

Reading Rule​

All paths eventually return to Arc 1.

Concepts, diagrams, and supplements may orient the reader, but they do not govern the codex.

The papers govern.