Separate What the 1963 Paper Actually Said from What Later Retellings Claim It Said

# Separate What the Paper Said From What Later Retellings Say It Said

## 1. The Retelling That Has Hardened Into Common Knowledge

A common modern retelling frames the 1963 paper as the moment the industry recognized CMOS would eventually dominate logic design, essentially predicting its own multi-decade-later triumph. That framing is retrospective: it reads the papers actual, narrower claim through the lens of what the technology later became, rather than through what the paper itself argued at the time it was written.

Myth Versus Original Text 1. The Retelling That Has Hardened Into Common Knowledge COMMON RETELLING VS ORIGINAL CLAIM Common Retellingpredicted eventual industry dominanceOriginal 1963 Textnarrow low-power claim, no dominance claim the retelling reads 1980s hindsight back into a 1963 document

## 2. What the Original Text Supports Instead

Read on its own terms, the paper supports a narrower and more defensible claim: that a complementary pairing of field-effect devices can achieve very low standing power compared to the single-polarity logic families then in use, under the specific operating conditions the authors tested. It does not argue that this advantage would, or should, immediately displace bipolar logic commercially, and it does not address the fabrication cost and complexity questions that would turn out to govern commercial adoption for the next decade and a half — those questions are exactly what later steps in this series take up directly.

Claim Strength Comparison 2. What the Original Text Supports Instead HOW STRONG A CLAIM EACH VERSION ACTUALLY MAKES 90%Retelling claim strength35%Original text claim strength the original paper is modest; the retelling is not

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