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The Structure of Scientific Revolutions

The Structure of Scientific Revolutions

OPEN THE BOOK WITH A QUESTION

Should a successful research tradition keep solving puzzles despite an anomaly, and when should it change frameworks?

Evidence-backed moments
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Timeline events
1
Verified places
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People who carry this work into the voyage

Read the argument as a story

Story 1What makes an inquiry scientific?

Kuhn — Normal-science puzzles and paradigm change

The question that opens it

Should a successful research tradition keep solving puzzles despite an anomaly, and when should it change frameworks?

What changes as you read the work
  1. 1

    Kuhn's normal science solves puzzles under shared exemplars and standards; anomalies become conditions for crisis and revolution when they accumulate or become especially consequential.

    Check the evidence

    This is an evidence-linked editorial account, not a direct quotation.

    • Thomas Kuhn

      Stanford Encyclopedia of Philosophy

      Locator: §2.2 Paradigms and Normal Science; §2.3 Crisis and Revolutions

      Open source
  2. 2

    Incommensurability is not the simple claim that choice ignores evidence or reasons; Kuhn describes values such as accuracy, scope, simplicity, and fruitfulness as relevant to judgment.

    Check the evidence

    This is an evidence-linked editorial account, not a direct quotation.

    • Thomas Kuhn

      Stanford Encyclopedia of Philosophy

      Locator: §3.1 Methodological Incommensurability; §4.1 Objectivity and Value Judgment

      Open source
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How the work moved through time

  1. 1962

    Published in Chicago, The Structure of Scientific Revolutions depicts scientific time as alternating normal work and revolutionary change.

    Chicago · Publication

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