Thinking books · Scientific thinking · Thomas Kuhn, 1962
The Structure of Scientific Revolutions — the big ideas
On how science actually changes — not by accumulation, but by periodic upheaval.
Free — no account needed to read
The big ideas
Normal science solves puzzles inside an accepted framework. Anomalies accumulate, are explained away, and eventually force a shift to a new framework.
A paradigm determines what counts as a legitimate question and as acceptable evidence, which means practitioners in different paradigms partly talk past each other.
Resistance to a new framework is not simple stubbornness: the old one usually still explains more of the established results at the moment the new one appears.
"Paradigm shift" has been so overused commercially that the actual argument is worth recovering.
Practise it — no need to have read it
In your field, list the anomalies — the things routinely explained away as exceptions. Ask what framework would make them normal.
A hint: The explained-away pile is where the next change usually comes from.
Where it shows up in real life
- Spotting a change in your industry
- Research
- Anomalies in your own data
Described in our own words with the source named — never quoted, and not a substitute for reading the book.
The thinking it builds
- Critical Thinking — Evaluate claims and evidence
- Systems Thinking — Understand connections and consequences