Robert Hooke - Biography.

Birth of robert hook
Robert Hooke was born on September 18, 1635, on White Island, off the south coast of England. Robert was only 13 when his father died, as a result of which Robert had to leave his home and move to London – where he found a job with the then famous painter Sir Peter Lely.

His talent in painting was no less, but Robert (biography of Robert Hooke in Hindi) was often ill, and his temperament could not stand the colors and oils used in painting.

But this 'initial' initiation into the arts also came into their use later. Luckily the father left behind 100 pounds for him. In those days this amount was considered considerable and on its strength Robert took admission in Westminster School. At the age of 18, he got admission in Oxford.

For college studies, he also had to do some other related and unrelated work, some work-songs, petty peons etc., involved in Christ Church. He had achieved some proficiency in so many fields. He was a gifted student of cartography, collecting illustrations in books, working on wood and metal, and above all.

Robert Hook and the job at the Royal Society
In those days, respected scientists of England used to gather at the house of eminent thinker Varsha. It was actually the sign-place of the 'Invisible Family', the same 'Invisible Family' that later became the Royal Society of Scientists.

Hook (Biography of Robert Hooke in Hindi) got a strange job in the Royal Society, for which he did not get a penny. That is, before every session of the society, whatever tests came up, which were necessary for its members, was the responsibility of managing them. In those days the Royal Society used to receive long letters, which contained details of the Leuvenhoek—the tiny world of life of bacteria and germs.

Robert Hooke and his inventions
1) Leuwenhoek had made about 400 micro lenses by that time, but he was not ready to give a single lens at any cost. The Royal Society commissioned Robert Hooke to develop a microscope that could test Leuwenhoek's claims.

2) Hooke (biography of Robert Hooke in Hindi) prepared some compound microscopes by combining two, three lenses and also made some sixty one sketches of what he saw.

3) His early initiation was also in painting. The eyes of the fly, the metamorphosis of the ovum, the internal structure of the wings, the lice, the flies - all these pictures which were enlarged but 'absolutely' were presented to gain some knowledge about these objects. These wonderful paintings were also published in 1664.

4) In the authentic pages of 'Microphagia'. Hooke theorized the construction of the microscope (Robert Hooke microscope) and publicized the work, but history considers Leuwenhoek to be the father of microbiology.

5) Robert Hooke's proficiency in manufacturing scientific instruments was astonishing. His vision was a great entry into the sciences, which he used in calculations relating to the constellations. He also devised some useful equipment to facilitate sea voyage – to collect water from different depths of the ocean, to know those depths precisely by word-of-motion. They also had some of their own inventive means of tracking the weather – a fast, dial-pipe barometer to measure wind activity, and rain gauges and humidity-gassing instruments.

6) Not only this, he also made some arrangements for the publication of information related to the seasons under the patronage of the Royal Society. In theory, Hooke thought that sunlight and the rotation of the Earth were the main causes of these seasonal changes.

7) In 1676, Hooke gave the 'law of elasticity' in one of his scientific essays. His goal behind publishing this was that 'a scientific establishment' is the first thing I have given to the world.

8) The year inscribed on the book was an irrefutable proof in support of his claim. This rule was used by Robert Hooke to create a perfect spring balance. Having drawn the scale, Hook took it to St. Paul's Church, and also carried a known load, to show that the higher we reach

9) There the gravitational force decreases. The principle at work at the core of this situation is that the attraction should be greater on matter closer to the center of the Earth, and less distant from the center. Analyzing the movement of the spring, he now turned to making watches based on it. The use of pendulum clocks was common in those days.