Essay on Madam Curie

As Marie grew up, her mother would read books to her. Her favourite books were about scientists, and science in general.

It is often assumed by historians that Germain may have witnessed many discussions by her father and his friends on topics such as politics and philosophy (Ornes). Perhaps her interest in mathematics began to blossom around this time as well, considering Germain first began her studies around the age of 13. Germain was first motivated to learn more about mathematics after reading about the death of Archimedes in the hands of a Roman soldier. She was moved by the story and decided that she would become a mathematician. However, considering it was extremely taboo during this time period for a woman to even dream of become interested in such an intellectual subject, Germain received an immense amount of resentment from her family. Her parents threatened to take her blankets and heat away from her if she studied mathematics, and so, by the light of a very discrete candle, Germain would be up late at night teaching herself Latin and Greek and studying mathematics from her father’s books (“Sophie Germain”). Indeed, Germain had discovered that being a girl did not mean that she could not study the same things that boys the same age as her were studying, and she did not believe that she was confined to the barriers of society in the realm of

At about this time the French Academy of Sciences announced a contest to explain the "underlying mathematical law" of a German physicist's study on the vibration of elastic surfaces. Sophie was fascinated and set out to explain the law underlying Chladni's study. The Academy set a two year deadline, and in 1811 Sophie submitted the only entry in the contest. Her lack of formal education was evident in the anonymous paper she submitted, and thus she was not awarded the prize. She still had much to learn in the area. Lagrange was able to correct her errors and two years later she again entered the contest which had been extended. She received honorable mention this time. Finally in 1816, she entered the contest for the third time and won with her paper Memoir on the Vibrations of Elastic Plates. Upon earning the prize, the judges did relate that there were some serious shortcomings in her explanation. These shortcomings would not be corrected for decades. After winning the contest, Sophie continued her work on the theory of elasticity publishing several more memoirs. The most important of these deals with the "nature, bounds, and extent of elastic surfaces" (Osen 90). Her work in the theory of elasticity would prove to be very important to the

In her twenties Clara decided to expand her education further by attending the Clinton Liberal institute for higher learning. There she studied analytic geometry, calculus, astronomy, mathematics and natural science in addition to French, German, ancient history, philosophy and religion (Pryor 1987). With her highly atypical education for a woman of that time, Clara continued the close pupil-teacher relationships she had enjoyed in her earlier schooling.

In 1825, she began an experiment on magnetism that lead to a her paper entitled 'The Magnetic Properties of the Violet Rays of the Solar Spectrum'. The paper was presented in front of the Royal Society, where she became the first women to present to the Royal Society. This paper was later disproved however it was a starting point for her career in mathematics and for women in the field. In 1827, she started what would become her most successful study.

Many women have had an impact on science over the years and their accomplishments tend to be underappreciated by the public eye. Often times, there are important people that have made a significant impact on the world that we have today that do not receive the credit and attention that they deserve for their accomplishments. Recognizing and acknowledging people that have made an impact on society now and in the past, is an important part of learning about history and the accomplishments of the past.

Marie Daly is a famous biochemist who had to overcome dual hurdles of racial and gender bias to peruse her lifelong love of chemistry. Marie had to undergo judgment from her being a woman and trying to become a scientist, which was a male dominated occupation and also had to endure racism because she was an African American. Marie made many scientific discoveries that we are lucky to have today.

She excelled in scientific subjects versus subject such as language and philosophy. In 1966, she completed her baccalauréat degree and was undecided on which subject she would study for her university study medicine or biomedical sciences. Opting to go to the Faculty of Sciences at the University of Paris to obtain her undergraduate degree. The ultimate reasoning for choosing the Natural Science degree was that it was shorter and would be less expensive than a Medical degree. This decision was necessary so she wouldn't burden her family with further unnecessary expenses to support her during her

Marie M. Daly came from a family who very strongly believed in good education and supported her scientific research. She enrolled in Queen’s College in order to live at home. She completed her master’s degree in 1943. There was a shortage of male scientists in World War 2, and because of it Daly was awarded funding for her Ph.D

Marie Sophie Germain was born in Rue Saint-Denis, Paris, France, on April 1, 1776, in a wealthy Persian family. Ambroise-Francois, her father, was a rich man who was assumed to be a wealthy silk merchant, or a goldsmith. Ambroise was elected as the representative of the bourgeoisie to Etats-Généraux en 1789, which had involved his daughter to witness many discussions with her father and his peers. When she was 13, The French Revolution broke out. Enforcing her to remain indoors,as she turned to her father’s library to take away her boredom where she became interested in mathematics. Pouring her time into each book as she had taught herself Latin and Greek, allowing her to read other famous mathematicians work such as Isaac Newton.

Saints are always different from everyday people, thus no one understands them in their lives, only a lot of years after their death. Joan of Arc was a saint like this as well, she was too far ahead of her times and was killed by her fellow men, because they didn’t know what else to do. She was canonized in 1920, after 489 years of her death. In my opinion, she was not only a saint, but meant to be an angel and showed a good example to all of us, how to behave ourselves in the name of honour, honesty, and glory.

Marie Curie LIFE OF MARIE CURIE      Marie Curie(1867-1934) was a French physicist with many accomplishments in both physics and chemistry. Marie and her husband Pierre, who was also a French physicist, are both famous for their work in radioactivity.      Marie Curie, originally named Marja Sklodowska, was born in Warsaw, Poland on Nov.7, 1867. Her first learning of physics came from her father who taught it in high school. Marie's father must have taught his daughter well because in 1891, she went to Paris(where she changed her original name) and enrolled in the Sorbonne.

     Marie Curie was born, Maria Sklodowska on November 7, 1867. She grew up in Warsaw, Poland. She would become famous for her research on radioactivity. Marie Curie was the first woman to ever win a Nobel prize, and the first ever to win two Nobel prizes. She is most famous for the discovery of Radium and Polonium. Her work not only influenced the development of fundamental science, but also began a new era in medical research and treatment.

Marie curie made history in 1903 when she became the first woman to get a Nobel Prize in physics. With their prize winning the Curie’s got an international reputation for their scientific efforts. With the prize money they continued their research and went even further. The next year in 1904, they had their second daughter Eve. In 1906 Marie suffered a tremendous loss; when Pierre accidentally

Marie Curie was breaking barriers even when she was young. Marya Salomee Sklodowska was born on November 7, 1867 in Russia controlled Poland. From an early age, Sklodowska showed a great memory and exceptional intelligence. In Poland, not many institutions, including the University of Warsaw, welcomed women. She wanted so badly to further pursue an