Concept Encyclopedia
The concept encyclopedia is the heart of the codex. Each concept page preserves Steinmetz’s wording, modern interpretation, mathematical structure, diagram links, historical context, Tesla-era comparison, and labeled ether-field readings.
Every promoted concept now has a source-grounded dossier layer generated from the processed concordance. These dossiers are not final scholarship; they are evidence maps. They show where the term appears, which books contain the strongest clusters, which passages should be read first, and which layers still need scan verification before exact quotation.
Best Entry Points
Section titled “Best Entry Points”Start With The Dossiers
Concept Dossier Index ranks the concept pages by corpus evidence, source spread, and section count.
Read The Source Trail
Concept Concordance exposes the raw cross-source trace behind the curated concept pages.
Follow A Theme
Theme Evidence Atlas gathers charter-critical routes such as ether and field language, magnetism and hysteresis, dielectricity and capacity, and transients and surges.
Promote Carefully
Canonical Verification explains how candidate OCR becomes scan-checked source text, stable math, and reviewable interpretation.
Highest-Density Concept Pages
Section titled “Highest-Density Concept Pages”These are the pages where the current processed corpus already provides enough source evidence to support serious reading and editorial promotion:
| Page | Current Use |
|---|---|
| Hysteresis | Magnetic materials, loss, lag, and Steinmetz’s most historically important engineering law. |
| Harmonics And Wave Shape | Frequency, wave form, alternating-current language, and waveform decomposition. |
| Inductance And Capacity | Magnetic and dielectric energy storage before modern notation flattens the vocabulary. |
| Illumination | The applied bridge from radiation physics into lighting engineering. |
| Radiation | Energy in transit, spectrum language, light, electrical waves, and optical analogies. |
| Synchronizing Power | Station stability, phase relation, reactors, and the Commonwealth Edison disturbance. |
| Reactance | The bridge from Steinmetz’s older AC language into modern impedance practice. |
| Ether | A boundary concept: historical source language, relativity-era revision, and clearly labeled interpretive readings. |
Seeded Concepts
Section titled “Seeded Concepts”- Radiation
- Electric Waves
- Lightning And Surges
- Ether
- Illumination
- Transient Phenomena
- Symbolic Method
- Complex Quantities
- Hysteresis
- Harmonics And Wave Shape
- Impedance
- Reactance
- Admittance
- Conductance
- Susceptance
- Power Factor
- Dielectric Loss
- Distributed Constants
- Oscillation And Damping
- Inductance And Capacity
- Power-Limiting Reactors
- Synchronizing Power
Expansion Queue
Section titled “Expansion Queue”The next promoted entries should be alternating current, permeability, dielectric field, resonance, wave propagation, electrostatic capacity, counter-electromotive force, field collapse, electrical radiation, transformer action, induction motor, lightning arrester, surge impedance, and mechanical forces in magnetic fields.
These are staged candidates: each term already has at least one likely source family in the corpus. They stay here until the page can carry a source reference, modern translation, mathematical layer, and interpretation boundary.
Concept Clusters
Section titled “Concept Clusters”AC Symbolic Method
Symbolic method, complex quantities, harmonics and wave shape, impedance, reactance, admittance, power factor, conductance, and susceptance form the first AC calculation cluster.
Transient And Wave Behavior
Transient phenomena, inductance and capacity, oscillation and damping, distributed constants, electric waves, lightning, and surges form the first transient and wave cluster.
Power-System Stability
Power-limiting reactors and synchronizing power form the first practical station-system cluster, joining protection, reactance, short circuits, and recovery after disturbance.
Radiation And Illumination
Radiation, electric waves, ether, and illumination remain the first source-grounded bridge from physical energy to practical visual engineering.