Marie Curie Marie Curie (1867 - 1934) Was a Famous Polish Scientist

Marie Curie
Marie Curie (1867 - 1934) was a famous Polish scientist and Nobel Prize winner. While she is often regarded as an important historical figure, most people may not realize the extent of Curie's accomplishments in the scientific field, let alone the remaining impact these effects have had on modern scientific developments. Originally named Maria Sklodowska, the famous scientist was born in Warsaw, Poland in 1867. Due to her family's involvement in government affairs, the Sklodowska family suffered a significant economic loss and they were forced to give up their property during the Polish national uprisings.
Despite the economic challenges faced by her family, Marie was adamant in pursuing her education and was known for her prodigious memory from a young age. After working diligently as a teacher in Poland, Marie made her way to Paris in 1891 to study at the Sorbonne (the University of Paris) . Brought together by their mutual passion for science, Marie met her future husband, Pierre Curie, in 1894. Their marriage the following year marked the beginning of a series of scientific breakthroughs.
The pair seemed destined to make a difference in the scientific field due to their passion for physics and chemistry. Together, they discovered two new elements: polonium and radium. Marie devoted her research towards obtaining a pure form of radium in the metallic state, but struggled to finalize the project. In the meantime, she penned the term "radioactivity" after following Henri Becquerel's discovery of the phenomenon in 1896. Soon after, Marie, along with her husband Pierre and Becquerel, won the Nobel Prize for Physics in 1903.
After Pierre's sudden death in 1906, Marie continued her experiments and research mostly on her own, all while raising her two daughters, Irene and Eve. During the years after her husband's death, Curie was installed as the first female professor at the Sorbonne in 1906 and was awarded the Nobel Prize for Chemistry for the isolation of a pure form of radium in 1911. When it comes to Curie's varied achievements, her research on the use of X-radiography is most often hailed as her greatest, as it would later pave the way towards treating illnesses and advancing the medicinal field. Due to the nature of her research and her time as a radiologist in field hospitals, Curie was often unprotected when exposed to X-rays. Decades of this exposure lead to her death from leukemia in 1934.
Despite the initial adversity and hardship faced by Curie, she contributed groundbreaking findings in the scientific field. Her immense contributions have not just made an impact when it comes to science, though. Curie is also an important symbol for women's history, as she was able to defy traditional stereotypes of women during her lifetime, and was the first woman in history to win a Nobel Prize. By realizing the hurdles that Curie faced in her early years, her desire to change the scientific field for the better, and her astounding accomplishments, one can come to truly understand and appreciate Curie's achievements.
Which of the following statements rephrases the author's main argument about Marie Curie's contributions?

A) Marie Curie offered unparalleled contributions to the medicinal and scientific fields.
B) People cannot appreciate the recent advancements in the scientific field without understanding Marie Curie's contributions.
C) Marie Curie, along with other scientists of her time, changed the scientific and medicinal fields for the better.
D) Had she protected herself against the harmful radiation from her scientific experiments, Marie Curie could have lived a longer life.