
William Whewell
1794–1866 · British theologian, philosopher and scientist
William Whewell (Lancaster, 1794 - Cambridge, 1866) was a British thinker whose work spanned philosophy, the history of science, mathematics and theology. He belonged to an age when students of nature still investigated many fields at once. He is remembered as well for proposing the word 'scientist' in place of 'natural philosopher'. His thought belongs to the inductive tradition that linked Francis Bacon with Newton's physics.
He studied at Trinity College, Cambridge, where he distinguished himself in both poetry and mathematics, and he spent most of his career there. He held posts as professor of mineralogy and of philosophy, and in 1841 became Master of his college. His best-known books are History of the Inductive Sciences (1837), which traces how each branch of science developed since antiquity, and Philosophy of the Inductive Sciences (1840), in which he tries to draw a general theory of knowledge from that history.
For Whewell, science is not just the accumulation of data. The researcher must unite facts through ideas such as space, time and cause, or those specific to each discipline. He called this act of bringing facts under a conception that makes them expressible in general laws 'colligation', and illustrated it with Kepler and the elliptical orbit. These ideas are not innate, as Kant had held, but unfold with the progress of scientific thought.
In geology he opposed Lyell's uniformitarianism and accepted supernatural causes to explain gaps in the fossil record. His work on the tides was perhaps his greatest scientific achievement: he coordinated observations across many places and predicted a spot in the North Sea where the tide neither rises nor falls, a prediction confirmed in 1840. His influence can be seen in mathematics teaching at Cambridge and in much of today's scientific vocabulary. He died in 1866 after a fall from his horse.
Key ideas
- Consilience of inductions: scientific method advances by joining facts and ideas until they fit each other ever better.
- Colligation: a mental act that gathers empirical facts under a conception that makes them expressible in general laws.
- Fundamental ideas: concepts such as space, time and cause, or those specific to each science, such as elective affinity in chemistry, form the framework of science.
- Rejection of actualism: in geology he argued that supernatural causes may have intervened in the Earth's history.
Books to read
- History of the inductive sciences, from the earliest to the present time EnglishEPUB 1,3 MBRead online
- On the Philosophy of Discovery, Chapters Historical and Critical EnglishEPUB 571 KBRead online
Curiosities
A new word
He is credited with coining the term 'scientist', which largely replaced 'natural philosopher'.
Citizen science before the name
In 1834 every Coast Guard station in the United Kingdom recorded the tides every fifteen minutes for two weeks, and in 1835 observers from several countries joined an international effort.
A spot without tides
He predicted a place in the North Sea with no tidal rise or fall, which the naval surveyor William Hewett confirmed in 1840 from HMS Fairy.
Teachers and influences
Pupils
- Augustus De Morgan 1806–1871
Original Filopedia text based on Wikipedia (es) and Wikipedia (en) and Wikidata.