Marie Curie Research Paper

When Henri Becquerel discovered radioactivity in 1896, it inspired Marie and Pierre to investigate it further. They researched a lot of substances for any signs of radioactivity, and discovered something that was more radioactive than uranium. They discovered radium, an element that damaged tissue, so they used that to fight against cancer. “They found that the mineral pitchblende was more radioactive than uranium and concluded that it must contain other radioactive substances. From it they managed to extract two previously unknown elements, polonium and radium, both more radioactive than uranium” (Nobel Media). These discoveries led to radium being used to treat cancer and other diseases, and them getting their first Nobel Prize in Physics in 1903. After Pierre passed away, she continued with her own studies. Marie successfully isolated radium and proved its existence. She also studied the properties and compounds of these radioactive elements. “She also documented the properties of the radioactive elements and their compounds. Radioactive compounds became important as sources of radiation in both scientific experiments and in the field of medicine, where they are used to treat tumors” (Nobel Media). This discovery led to the further development of X-rays and her receiving her second Nobel Prize in Chemistry in 1911. Marie Curie was the first woman ever to win two Nobel Prizes in two fields and in multiple sciences, two incredible

Irene was born in Paris France on September 12, 1897. Her parents were Pierre and Marie Curie. Irene’s parents were very dedicated physicists towards radiation. Eugene Curie Irene’s grandpa was the main influence was to why she went into the nuclear field of science. Her grandpa taught her botany and natural history when they spent time together

The infamous ‘Radium Girls’ disaster stemmed from one of the most influential scientific discoveries of the late 19th century; the element of Radium. French chemists Marie and Pierre Curie first reported the discovery of Radium in 1898 (Sutera, 2013, p. 1) when they found it embedded within small amounts of Uranium Ore (Carter, 1 Paragraph 5). Marie and Pierre were surprised to note that this amazing new element glowed in the dark (Carter, 2007, p. 1). Little did the French scientists know that this interesting new element would have a sublethal effect on hundreds of young factory workers in the years to come.

Earnest Rutherford was responsible for an astonishing series of discoveries in the fields of radioactivity and nuclear physics.

She dropped what research she was doing so that she could assist in any way she could. Not too long earlier, construction on the Radium Institute, a place where Curie and her peers could study the effects of radiation. At the start of World War One, most of her friends and coworkers had been drafted to fight in the war. Curie realized that the x-rays could help save lives by allowing doctors to see bullets and shrapnel lodged deep under the skin. After much convincing, she got France’s first military radiology centers set up. Curie was appointed Director of the Red Cross Radiology Service, and not long after started accepting money from rich supporters to fund the department. She asked for body shops and manufacturers to donate cars and parts to help speed things

Irene Joliot-Curie has been awarded with the Nobel Prize for chemistry, her and her husband Frederic Joliot-Curie for their discovery of artificial radioactivity. Her most significant achievement is uncovering how to synthesize radioactive elements.

Q11. Marie curie took many leads in the world of science, one of them being; she won 2 Nobel Prizes in her lifetime and had a high place of honor in French history. Her study of radium was especially important, helping to change preconceived ideas as to how radioactivity worked. Even though she had opened maybe one of the largest Pandora’s Box and unleashed mortal danger to the world.

Marie Curie was born in Poland. Even as a little girl she always dreamed of being a scientist. She ended up making discoveries about the material that makes up the universe. She discovered two new elements: polonium and radium. She and her husband’s discovered what caused x-rays. They also found out several facts about atoms no one ever knew. Marie was lucky because her family knew that education was important. She was the youngest of five siblings. Even though Marie was smart and did very well in school she still had a tough childhood. Where she lived was experiencing troubles that sometimes put her in danger. When she was ten her mother died from tuberculosis. This event drove her even harder to achieve. Marie graduated and wanted to

With the devastating injuries from soldiers, Marie knew that the advancements of x-rays would aid doctors in viewing bullet wounds, and broken bones. As a result, Marie persuaded the French Government to set up red cross radiology vehicles, “Petite Curie’s” to perform procedures to help soldiers on the battle front. Marie first used radium in utilizing a method of radiotherapy known as brachytherapy; “brachy”, a Greek term meaning near, by placing radioactive sources in direct contact with the damaged tissue (Kułakowski 2011). Marie achieved brachytherapy by collecting radon gas from radium, which she sealed in glass tubes and dispersed to civilian and military hospitals. The doctors encased the tubes in platinum needles and positioned them directly within patients' bodies, in the exact spot where the radiation would most effectively destroy diseased tissue (pasacoff 1996). Because of a lack of proper dosimetry and the inevitability of direct contact with the radioactive material, this method was dangerous for the doctors involved. This method has significantly improved by using radioactive isotopes with the afterloading method; by which radioactive materials are inserted into the patient once placement of an applicator or needle in correct position had been

The discovery and isolation of radium by Marie Curie, collaborating with her husband Pierre curie, between 1898 and 1902, is often regarded as a story of elemental simplicity. The heroic legend that has grown up around her name - epitomized by Albert Einstein's comment that 'Marie Curie is, of all celebrated beings, the only one whom fame has not corrupted', and symbolized by today's charity Marie Curie Cancer Care - has emphasized this view.

Maria Sklodowska, a physicist, was born on November 7, 1867, in Warsaw, Poland. Marie’s discovery of Radium, Polonium, and her work on radioactivity has become one of the most inspiring studies. Marie Curie distinguished herself as one of the leading scientists of all time during an era of gender inequity.

The first element the Curies discovered was called polonium, which contained a unstable nucleus. Yet she felt there was something more powerful still trapped in the pitchblende. On December 26, the Curies announced they had found another element. This was radium! Sadly, other scientists wouldn't believe them because they didn’t have any proof. So for the next four years Marie toiled day and night in a cold and damp shed to get a piece of pure radium from a ton, as in 2000 pounds, of pitchblende. Finally, in 1902, Marie produced one-tenth of gram of pure radium. In November, 1903, Curies along with Antoine

Marie Sophie Germain was born on April 1,1776 in Rue Saint-Denis, Paris, France. Even though her first name is Marie, she went by Sophie (Sophie, Famous).

After doing some research over Marie and Pierre Curie I was able to put together this paper. This paper contains information about the life of Pierre and Marie Curie and their significance to physics and science in general. Pierre and Marie Curie are best known for their pioneering work in the study of radioactivity. The couple’s work led to their discovery of the elements radium and polonium (Dick).

Marie Sklodowska was born Warsaw, Poland in 1867. She was raised by two teachers who supported the idea of a good education. She was a great student and was always willing to learn but the education she desired was not available in Poland so when her sister, Bronya, went to Paris, Marie followed. Marie went to school in Paris to get a teaching diploma in mathematics and physics and then to return to Poland. She didn’t live with her sister and new brother-in-law because she liked the freedom she had in an apartment of her own. After 3 years of living in Paris, she received a diploma in physics and mathematics.