Isaac newton birthplace1/5/2024 There are ample demonstrations to appreciate his theory of light and gravity. In an adjacent building, filled with school students, there is a facility to perform experiments to understand Newton’s laws of motion. In 2010, a small chunk of the tree was sent to outer space to allow it to experience zero gravity. It has decayed, split, regrown, and made way for thousands of souvenirs all over the world. (Of course, this tale is dismissed by experts today, who say that he had been pondering over gravity much before an apple fell on his head.) As the tale goes, this is the place where an apple falling on his head led to Newton’s discovery of gravity and changed the path of science. The famous apple tree is just outside the house. In this room, you can see Newton’s walking stick and a lock of his hair. His adjacent bedroom has a broad bed, white sheets, a jug on the side-table and, of course, his books and research. In the next room, on a table with lenses and prisms, is where Newton conducted his experiments on light. You’ll find Newton’s study here, with papers scattered over the table, a jacket hung on the chair, and the telescope he built better than Galileo before him. The first floor is where the scientific breakthroughs were made. On the ground floor is simply a kitchen with a dining table and utensils of the time. On a tour of the museum, we were taken to every room in the house. I was elated – my book is exhibited at the birthplace of Newton! It has been preserved with other material with a glass cover on top. On the top-right corner of a large table on display was a copy of my book. On hearing this, a staff member led me upstairs. I remarked that I had presented another book to the museum in the past, a Kannada book entitled Sir Isaac Newton (Vasantha Prakashana, 2014). The staff gathered for the occasion and were excited to run through its pages. While there, I presented to the museum my latest book on the accomplished scientist, Isaac Newton (Prism Books, 2017). Today, Woolsthorpe Manor has become a museum managed by the UK National Trust. He was not yet 30.Īfter the plague subsided, he returned to Cambridge. Further, he invented calculus which has become an essential tool for scientists and engineers.Īll these within this building and those two years he called his ‘Annus Mirabilis’ or miraculous years (1665 – 67). This was one of the earliest experiments carried out in optics. Then he placed an inverted prism across the dispersed light and confirmed that the seven colours unite to give white light. He placed a prism in the path of light entering a window, discovering that it dispersed into seven colours. He dwelled on gravity and consolidated his views. However, he chose to pursue his interest in mathematics and physics. He could have spent his days without a care in the world the family was quite rich. Soon after, the plague broke out and schools and colleges were closed. His mother wished that he would continue to stay on and look after the family estate, but he ignored her wishes and joined Trinity College in Cambridge. This was the place where gravity, the structure of white light, and calculus were born. This was not just the birthplace of Newton, born here in 1842. The house is set in a typical English village with around twenty other houses. A 20-minute cab ride from there brought us to Woolsthorpe Manor. My wife Usha and I hopped on to a train to Grantham (the constituency of ex-Prime Minister Margaret Thatcher), some 160 kilometres from London. Just before lockdown this year, I had the opportunity to visit Woolsthorpe Manor, the birthplace of Isaac Newton. In London, Paris and Vienna I have visited memorials to scientists, poets and thinkers. I love exploring Europe where every step has history.
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