I also improved the citations to give a little of his background. He was born on July 28th, 1635 and died on March 3rd, 1703. Facts about Robert Hooke 2: architect As I have stated earlier, Hooke was an architect. Robert Hooke Biography, Life, Interesting Facts Renaissance Man Robert Hooke was an expert in many domains of science. The drawing above, of a flea observed through his microscope, was created by Hooke.
He also coined the term cell — the foundation of all biology. Robert Hooke discovered the cell with a high tech microscope of the day back when he was alive. A possible portrait recently found at the has now been established as being of someone else. See Also: Facts about Robert Hooke 4: education Let us find out the early education of Hooke. Death Robert Hooke died aged 67, on March 3, 1703, in London.
Political circumstances now determined the course of events. Sometimes Hooke would work all through the night, and then have a nap after dinner. His father was a pastor and it was believed that young Hooke would follow in those footsteps. Synopsis Born in Freshwater on England's Isle of Wight in 1635, scientist Robert Hooke was educated at Oxford and spent his career at the Royal Society and Gresham College. This did not provide the financial security that Hooke might have hoped for, since the often did not have sufficient funds to pay him as Curator of Experiments and when he was not paid for his duties as Cutlerian Lecturer in the Mechanical Arts he was forced to go to court to get payment.
Monck, who had been appointed as governor in Scotland, marched an army on London and restored order in early 1660. He considered the possibilities of flying machines, long-distance signalling systems and bouncing shoes, which would shoot the wearer twelve feet up in the air. In many ways it did not look a marvellous deal for he was required to demonstrate three or four experiments at every meeting of the , something that was quite unrealistic and it is doubtful that anyone other than Hooke could have contemplated being able to provide. Although not a surveyor or architect by profession, Hooke was named London's Surveyor after the Great Fire of 1666 and, with Christopher Wren, given the task of rebuilding the city. See Also: Facts about Robert Hooke 7: the contribution of Hooke in the field of science Hooke had greater level of contribution in the field of science.
In that year he was backed by , Moray and in his design of a spring controlled clock and a patent was drawn up. Majorly - the law of elasticity. This article has been rated as Mid-importance on the project's. Robert Hooke Diagram of Louse Facts about Robert Hooke 3: Early Science in Oxford Early Science in Oxford was written by Robert Gunther. He investigated the action of the lungs and identified the role of air in combustion. When a lot of buildings were destroyed in the Great Fire in 1666, Hooke worked with Christopher Wren to survey and design many of the important structures such as the Royal Observatory in London.
In all of his studies and demonstrations, he adhered to the scientific method of experimentation and observation. Hooke's law is a great way to learn about the differences between Force and work. What we record here is information which he mentioned to his friends later in his life. Robert Hooke was one of the inventors of the microscope. He once took apart a clock to see how it worked and then built a replica of his own that was fully functional.
Robert Hooke was a founding member and curator of experiments at the Royal Society — a society traditionally at the cutting edge of scientific discovery in Britain. Regardless of the numerous contributions that Hooke made in the field of science, he is not popular in the modern world as much as his contemporaries because of several disputes over his work that he had with Newton and other famous scientists of the time. On 10 April 1661 his paper was read to the Society in which he showed that the narrower the tube, the higher water rose in it. He first stated the law as a Latin anagram in 1660 and published its solution in 1678. Unlike many of the gentleman scientists he interacted with, Hooke required an income. He was a brilliant scientist and studied cork cells, noticed they were empty and rectangular like the cells of monks and thus, named them cells.
There were three different stages, which defined the life of Hooke. He discovered a double star system. In personal appearance Hooke made but a sorry show. But, his grid plan for the overall rebuilding of the city was rejected. He realized they were dead creatures from pre-history and postulated that some species had probably already died out.
Some Unknown Facts About Robert Hooke He suffered from several ailments in the last years of his life. In 1666 he proposed that gravity could be measured using a pendulum. But at the age of 13, he joined Westminster School and from there he was able to enter Oxford University, which was the only university where some of the best scientists from all over the world were working at that time. He did however secure another appointment, namely that of Professor of Geometry at Gresham College, London, being appointed there in 1665. If you can improve it,. Â· Light: first to realize and the wave properties of light.
In Oxford Hooke learnt astronomy from Seth Ward and impressed with his knowledge of mechanics. In 1678, Hooke helped the Society of London successfully confirm a report written by Leeuwenhoek about bacteria and protozoa, referred to as little animals by then. As well as his duties in the church, John Hooke also ran a small school attached to the church and acted as a private tutor. Hooke was never a person who did one thing at a time, indeed he seemed at his best when his mind was jumping from one idea to another. Hooke was in demand to settle many of these disputes, due to his competence as a surveyor and his tact as an arbitrator. This article has been rated as B-Class on the project's.