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Tesla-Era Electrical Science

This page is a disciplined starting point for comparing Steinmetz with Tesla-era electrical science. It does not claim that Steinmetz and Tesla held the same theory. It identifies the topics where careful source-by-source comparison is worth doing.

The current repo is Steinmetz-first. Tesla source passages are not yet ingested into the same pipeline. Therefore, this page can only make strong statements about the Steinmetz side of the comparison. Tesla-side claims must wait until Tesla sources have source IDs, scans/OCR, page references, and claim-layer labels.

Current status: this is a comparison framework. It is not a completed Tesla-Steinmetz evidence page.

TopicSteinmetz RouteComparison Question
Alternating currentSymbolic MethodHow does Steinmetz’s systematized AC calculation compare with Tesla’s apparatus-centered AC work?
Resonance and oscillationOscillation And DampingWhere do the two writers treat resonance as calculation, apparatus behavior, or experimental regime?
High-frequency phenomenaHigh-Frequency SurgesWhich passages are about industrial surges, and which are about experimental high-frequency generation?
Electric wavesElectric WavesDo both use wave language in the same technical sense, or only in overlapping vocabulary?
Lightning and surgesLightning And SurgesHow does Steinmetz’s protective-engineering framing compare with Tesla’s high-potential experimental framing?
Ether and field languageEther And Field EvidenceWhen either writer uses ether or field language, what physical claim is actually being made?

Steinmetz-Side Evidence Already In The Archive

Section titled “Steinmetz-Side Evidence Already In The Archive”
  • That Tesla and Steinmetz meant the same thing by every shared term.
  • That Steinmetz’s engineering equations prove Tesla’s broader experimental claims.
  • That Tesla’s apparatus descriptions prove Steinmetz held a nonmodern ontology.
  • That ether references across authors are automatically equivalent.
  • That later alternative-science interpretations are historical Steinmetz claims.

Parallel Tesla source passages must be added before this page can draw strong conclusions. The eventual Tesla layer should use the same source-isolation fields already defined for Steinmetz: person, source, chapter/page, claim type, interpretation layer, confidence, and verification status.

The proper next build step is not to write conclusions. It is to ingest Tesla primary sources into a separate source domain, then build passage-paired comparisons for alternating current, resonance, discharges, wireless transmission, and high-frequency effects.