There is no RationalWiki without you. We are a small non-profit with no staff — we are hundreds of volunteers who document pseudoscience and crankery around the world every day. We will never allow ads because we must remain independent. We cannot rely on big donors with corresponding big agendas. We are not the largest website around, but we believe we play an important role in defending truth and objectivity.
If everyone seeing this today donates $5, we will meet our goal for 2018.
| Fighting pseudoscience isn't free.|
We are 100% user-supported! Help and donate $5, $20 or whatever you can today with !
| The poetry of reality|
|Extraordinary claims with|
|Hot from the|
Early life and education
He rarely attended school, as he was thought so sickly that he would die in adolescence. As a boy he built a model ship with automatically firing guns, and searched the island's beaches, discovering fossils which he immediately identified as the remains of extinct animals that had had their structures replaced by minerals, at a time when the scientific consensus was that they had been created by the devil in mockery of creation.
He attended Westminster School along with Sir Christopher Wren and Boyle.
Left with very little money after his father (an Anglican clergyman) died, he found employment as apprentice to the painter Sir Peter Lely. He left to earn his living as one of the first professional scientists, becoming an assistant to Boyle and helping to formulate Boyle's Law. He is famous chiefly for Hooke's Law , but first achieved fame for his book of engravings of microscopic observations called "Micrographica", and first coining the word "cell". He may even have invented the microscope, which is usually credited to Anthony Van Leeuwenhoek.
Though now a hunchback, due to a spinal condition that deformed his back during adolescence, he went to work for the Royal Society as an experimental scientist charged with demonstrating new discoveries on a regular basis to amuse the "gentlemen members". These included various diversions - such as inventing the clockwork pocket watch, formulating the inverse square law of gravity even before Newton, and the phases of Venus [what did he do regarding them?]. He was in bitter dispute with Newton, and both seem to have been quite prickly characters. Hooke was quite rightly sensitive over the lack of recognition of his work, and Newton was extremely eccentric (and one of science's great raging arseholes).
After the Great Fire of London in 1666, Hooke gave up experimental science for two reasons. Firstly, he had to pack up his equipment and flee, and secondly, he and his friend Sir Christopher Wren were given the task of rebuilding London - for which Hooke's surveying skills were in special demand. He designed several buildings himself, including churches and hospitals, and it is said that the legendary acoustics of the dome of St.Paul's Cathedral are due to Hooke having worked out the mathematics.
Newton being mean
After Hooke's death, Isaac Newton, as President of the Royal Society, oversaw its removal to new premises and contrived to lose the only painting of Hooke in the process, so that we have no uncontested image of him. The Isle of Wight History Centre have (on their website) a document wax seal used by Hooke with a likeness in profile of a man's head, which may be Hooke himself.
Unlike Newton, Hooke was a believer in the natural world and natural processes, basing his ideas on observations rather than scripture and even being a pre-Darwin evolutionist. He is incredibly underrated, probably due to Newton shamelessly taking credit for some of his ideas, and of course the lack of a proper image of him to use in history of science books.
- The Fellowship by John Gribbin
- Hooke's Law states that the extension of a spring is in direct proportion to the load added to it as long as this load does not exceed the spring's elastic limit.
- Hooke's Ideas of the Terraqueous Globe and a Theory of Evolution by Ellen Tan Drake from Robert Hooke: Tercentennial Studies