mathematics
The Axiomatic-Deductive Method
—
Start from a tiny list of agreed-upon truths, smuggle in nothing else, and prove an entire science from there.
The axiomatic-deductive method starts with a handful of building blocks: explicit definitions, a few unproved postulates, and self-evident 'common notions.' From these alone, every later theorem follows by strict logical proof, with nothing slipped in along the way. Euclid of Alexandria (c. 300 BCE) gave the method its classic form in the Elements, drawing on earlier Greek geometry and on Aristotle's account of demonstrative science. It went on to become the template for rigorous reasoning far beyond mathematics: Spinoza, Newton, and modern logic all echo its 'from first principles' design.
Where this idea shows up
23 Greek sourcesWhere to read it
- Pseudo-Euclid· Alexandria
- Phaenomena265 BCEEuclid· Alexandria
- Phaenomena (recensio b)265 BCEEuclid· Alexandria
- Sectio canonis [Sp.]265 BCEEuclid· Alexandria
- Euclid· Alexandria
- Euclid· Alexandria
- Arenarius250 BCEArchimedes· Syracuse (Sicily)
- Liber assumptorum240 BCEArchimedes· Syracuse (Sicily)
- De corporibus fluitantibus212 BCEArchimedes· Syracuse (Sicily)
- De sphaera et cylindro212 BCEArchimedes· Syracuse (Sicily)
- Ad Eratosthenem methodus212 BCEArchimedes· Syracuse (Sicily)
- Archimedes· Syracuse (Sicily)
- De lineis spiralibus212 BCEArchimedes· Syracuse (Sicily)
- Quadratura parabolae212 BCEArchimedes· Syracuse (Sicily)
- De planorum aequilibriis212 BCEArchimedes· Syracuse (Sicily)
- Dimensio circuli212 BCEArchimedes· Syracuse (Sicily)
- Fragmenta212 BCEArchimedes· Syracuse (Sicily)
- Stomachion212 BCEArchimedes· Syracuse (Sicily)
- Adversus Mathematicos190 CESextus Empiricus· Alexandria
- Theon of Alexandria· Alexandria