This page turns the processed corpus into guided routes. It is not another place to get lost: choose one route, read the first source-text card, and use the workbench only when you want evidence, diagrams, equations, and verification notes.
Reader pathway layer
Guided Routes Through The Steinmetz Corpus
Choose a path by purpose, then move from original source text into workbench, equations, diagrams, comparisons, and verification queues without losing attribution.
If you are new, use First Hour With Steinmetz. If you already know your purpose, jump straight to AC, transients, field language, diagrams, or patents.
2. Read source first
Each card has a direct source-text button. Use that before opening commentary when exact Steinmetz wording matters.
3. Then use the workbench
The workbench adds concept hits, glossary hits, equation candidates, figure candidates, quote candidates, and review prompts.
Audience: Curious readers, students, and visitors who need a humane entry before the dense technical books.
Why this route exists: Begins with biography and visual source material, then moves from radiation and light into field language, AC calculation, and transients.
Reading rule: Read the route links first, then open the source text for each section before using the workbench.
Audience: Electrical students and engineers studying phasors, impedance, reactance, admittance, and complex notation.
Why this route exists: Connects Steinmetz’s practical AC calculation language to the modern phasor and complex-number method while preserving his notation.
Reading rule: Move from symbolic method sections to equation pages and interactive phasor tools.
Ether, Magnetic permeability, Frequency, Light, Radiation
Why it is here
5 figure candidates
Transients, Oscillations, Surges, And Tesla-Era Questions12 sections / 3 sources
Audience: Tesla-era researchers, transient-analysis students, and readers interested in high-frequency electrical behavior.
Why this route exists: Routes the reader into Steinmetz’s treatment of transient terms, condenser discharge, oscillation, waves, surges, and line behavior.
Reading rule: Read transient source sections first, then compare with the Tesla-era and modern engineering interpretation pages.
Audience: Historians of field language, ether-field readers, and engineers studying material and field behavior.
Why this route exists: Gathers the most relevant source routes for field language while keeping explicit Steinmetz wording, modern physics, and interpretive readings separate.
Reading rule: Begin with exact source contexts. Treat ether-field synthesis as interpretive unless a passage explicitly supports it.
Short circuit, Synchronism, Tie cable, Circuit breaker, Power limiting reactor
Why it is here
2384 words
Patents, Invention, And Theory Bridge10 sections / 4 sources
Audience: Patent researchers and readers who want to connect Steinmetz’s inventions to the theory pages.
Why this route exists: Separates the seeded patent register and authority workflow from book commentary while linking patents back to concepts and apparatus.
Reading rule: Start with the patent register, then use the theory bridge and authority queue before treating any patent claim as verified.
The generated route data is available at reading_routes.json. Candidate counts and route scores are navigation aids, not proof that a passage has been scan-verified.