Rosalind Franklin born in London, England in 1920 is a powerful Jewish family boasting public services. She is one of the five children of Ellis and Muriel Franklin. Her father wanted to be a scientist, but the First World War stopped him but followed him in the commercial business of the commercial bank. However, his daughter decided to invest in science and science research at the age of fifteen. She began studying at Sao Paulo Girls School, and her family did not encourage her to enter science mainly because the woman at the time was difficult.
Rosalind Franklin is totally Rosalind Elsie Franklin (born July 25, 1920, London, died London on April 16, 1958). An integral part of the chromosome used to encode genetic information. Franklin also provides new insight into the structure of the virus and helps lay the foundation for structural virology. Franklin studied at St. Paul Girls' College before studying physics chemistry at Cambridge University in Newham. After graduating in 1941, she received a scholarship from physics chemistry research from the University of Cambridge. However, the progress of World War II changed her way of behavior. In addition to serving as an air bomb surveillance staff in London, she abandoned fellowship with the British Coal Utilization Research Association in 1942. The chemical composition of carbon and coal used in war
Rosalind Elsie Franklin was born in London, England. Her family is wealthy and the two sides are involved in social activities and public works. Franklin's father wanted to be a scientist, but World War I shortened his education and he became a university teacher. Rosalind Franklin was very smart and I knew he wanted to be a scientist at the age of fifteen. Because it is difficult for women to have such a career, her father actively disappointed her interest. But with her excellent education at Saint Paul Girls' School? At that time, one of the few institutions that taught physics and chemistry for girls? Franklin entered the University of Cambridge in 1938 to study chemistry