Steinmetz Decoded already has a broad book corpus. The next jump in quality comes from the papers where his most famous ideas first appeared or became technically sharp. This page is for readers who want to know what the archive is chasing next and why it matters.
Reading rule: if a paper is not yet in source custody, use this page as a guide to the acquisition frontier, not as a substitute for Steinmetz’s text.
#11892 - journal_article - Registered Authority Target
This is the origin point for Steinmetz’s magnetic-loss reputation. It should eventually anchor the hysteresis concept page, the Steinmetz equation page, and modern core-loss comparison.
Gate: Acquire primary scan or publisher PDF, then transcribe equations and any magnetic-loss curves against page images.
#21894 - conference_paper - Registered Authority Target
This should become the flagship source for how Steinmetz made alternating-current calculation algebraic, geometric, and teachable.
Gate: Verify against the International Electrical Congress proceedings scan before promoting any quotation or equation.
#31908 - journal_article - Registered Authority Target
This paper bridges steady-state symbolic method, differential equations, and the general circuit theory behind later source books.
Gate: Acquire article text and preserve equation/page mapping before adding formulas to the curated math canon.
#51910 - journal_article - Registered Authority Target
This is the highest-value pending source for force, stress, pressure, and tension vocabulary in magnetic fields.
Gate: Acquire the article and separate explicit Steinmetz field-force language from later ether-field interpretation.
#61907 - journal_article - Registered Authority Target
This should become a cornerstone for surge theory, steep wave fronts, impulse behavior, and high-voltage protection.
Gate: Acquire the proceedings scan and extract impulse-wave diagrams only after page-image verification.
#131923 - journal_article - Registered Authority Target
This is the direct source for cable transients and should strengthen the line/capacity side of the archive.
Gate: Acquire article and page-map charge/discharge curves before diagram promotion.
#141923 - journal_article - Registered Authority Target
This is a flagship pending source for nonlinear discharge, arcing-ground behavior, frequency conversion, and cumulative surges.
Gate: Acquire scan and separate source equations, apparatus behavior, and later interpretive synthesis.
While these papers are being acquired and verified, use the already processed corpus: