“Be less curious about people and more curious about ideas” - Marie Curie. Marie Curie had to overcome many difficulties to get to where she was. For this reason it was successful. She was the first woman to win a Nobel Prize and also the only woman to win more. In this research paper we will explore Marie Curie's early life and what she did to achieve her successes. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay Marie Curie's early life had its ups and downs. Both his father, Władysław Skłodowski, and his mother, Bronisława Skłodowska were both teachers. His mother died of tuberculosis at the age of 10. However, this did not affect his academic studies as he still excelled in school. She was the youngest of her 4 siblings; he had 3 sisters and 1 brother. Curie and her sister, Bronya, often fantasized about studying abroad and also worked very hard to get where they were. Curie spent 5 years working as a tutor and spent her free time learning more about chemistry, different sciences, and mathematics. This led to her career as a scientist as she later enrolled in a school in Paris. Due to the costs, however, his diet got worse as he tried to save money. She saved money by often starving herself or eating very little (this led to her fainting at random times). Ultimately, he graduated with a degree in physics in 1893 as a result of all his dedication and devotion to science. She later married her husband, Pierre Curie, with whom she also did her research. Not long after, his life and future successes would begin. In 1896, uranium rays were often ignored by scientists, but Marie Curie was intrigued. She used her husband/brother-in-law's electrometer to measure the weak currents that passed in the air also bombarded by uranium rays. Due to the humid air in the warehouse where Marie Curie worked, it dissipated the electrical charge, but this did not prevent Marie Curie from making reproducible measurements. In fact, Marie Curie once said: "Instead of making these bodies act on the photographic plates, I preferred to determine the intensity of their radiation by measuring the conductivity of the air exposed to the action of the rays." With this effort, Marie had validated Becquerel's observations by showing that even when uranium was solid, wet or dry, or exposed to light, its electrical effects of uranium rays are constant. Marie wanted to test whether other elements/minerals or just uranium could make air conduct electricity better. Luckily for her, she has the help of other chemists who donated several mineral samples and some of them even contained very rare elements. Shortly thereafter, in April 1898, his research demonstrated that thorium compounds, similar to uranium, emit Becquerel rays. To describe the behavior of thorium and uranium, he created the word “radioactivity.” This is the origin of his discovery of radioactivity. In the year 1898, both Marie Curie and her husband, Pierre Curie, discovered radium and polonium in their research on pitchblende. Her husband was fascinated by her discovery that two uranium minerals, pitchblende and calcilite, were much more radioactive than pure uranium. Because of this, Pierre decided to join her in searching for possible new elements instead of her crystal research. They both worked very well as a team as they both had their own scientific tasks to work on as they went along. Marie Curie said of herself and her husband: “None of us could foresee that by starting this work we would enter the path of a new science that.