... in Grammelholm Grammar School, which he attended until his acceptance into the University of Copenhagen in 1903. There he majored in physics but also took classes in mathematics, astronomy, and chemistry. While at the University, he received an award from the Academy of Sciences in Copenhagen for his experiments on surface tension using oscillating fluid jets. The work for this experiment ... in "Transactions of the Royal Society" in1908. From that point, his studies became more theoretical. His thesis was an entirely theoretical paper on the properties of metals using electron theory ent...

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... opinions from Harald to see his perspectives (Gale). In the autumn of 1903, Niels Bohr entered the University of Copenhagen. Niels chose physics as his major, and he also selected chemistry, philosophy, mathematics as his minors. Bohr's physics professor was Christian Christiansen, and he was a prominent physicist in Demark. Studying along with his professor, Bohr learned lots from professor Christiansen. Bohr ... education. He carried his Ph.D. thesis translation, after he arrived in Cambridge, Bohr worked under Joseph John Thomson, who won the Nobel Prize in 1906 for his discovery of ...

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... charge. By measuring the effect of an electric field on single drops of evaporating oil, Robert Millikan ingeniously was able to measure the charge of a single electron and then to determine it's mass. By the beginning of the twentieth century, relatively very little was known for certain about the structure of an atom. ... . This changed in 1897, when the British physicist J.J. Thomson was able to determine the ratio of electrical charge to mass for an electron using a cathode-ray tube. This ratio of 1.76*10^8 coulombs per gram, was what enabled Millikan to calculate the mass of a singl...

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... charge. By measuring the effect of an electric field on single drops of evaporating oil, Robert Millikan ingeniously was able to measure the charge of a single electron and then to determine it's mass. By the beginning of the twentieth century, relatively very little was known for certain about the structure of an atom. ... . This changed in 1897, when the British physicist J.J. Thomson was able to determine the ratio of electrical charge to mass for an electron using a cathode-ray tube. This ratio of 1.76*10^8 coulombs per gram, was what enabled Millikan to calculate the mass of a singl...

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... . He discovered Thermal Expansion. Thompson, Becquerel, and Rutherford all worked in the same time period. Thompson's work was on the electron. He was the first to actually discover the electron. He also discovered the mass to charge ration. He discovered the electron in 1897-1899. Becquerel was a French physicist and won the Nobel Prize in 1903 for his discovery of radiation in 1896 ... ...

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... lifetime, he married twice and had 2 sons and 2 daughters. His family later moved to Uppsala before he moved on to go to school in Stockholm. Arrhenius began his work with chemistry with the chemist Edlund. These two worked on electromotive force measurements in spark discharges which helped Arrhenius develop his thesis. From this thesis he was able to deduce that electrolytes ... contain hydrogen and yield hydrogen ions in aqueous solution. Arrhenius also believes that bases contain the OH group and yield hydroxide ions in aqueous solution. Arrhenius began working with physical chemist...

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... with many scientific innovations, he remains best known for his ionic theory of solutions, For which he was awarded the Nobel Prize in chemistry in 1903 Arrhenius henius died in Stockholm on October 2, 1927 Science is a human endeavor subject to human frailties and governed by personalities, ... periodicity of the clements, but Meyer was also unresponsive. Final ly, Arrhcnius found the right champion in Wilhelm Ostwald, a German profes sor o f chemistry at Riga. Ostwald, already known as a defender of revo lutionary chem ical causes, fully accepted the idea that reactions in solu tion of...

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... nuclide, also known as nuclear species that differ mass. Francis attended Harborne Vicarage High School, where he did fairly well, he mainly focused on chemistry, he loved science, and math was his worst subject. After High School, he moved on to Malvern College, and that's when he really ... , and the sun started to shine for him. In 1894, he entered another school called Mason College, in this school he practiced and learned chemistry under Frankland and Tilden (Professors), and Physics under Poynting. He didn't have enough money for all these Colleges, he received a Forster scholarsh...

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... an incredible idea was not to be mentioned in polite company: it belonged to the realm of alchemy, not science. For this work, Rutherford won the 1908 Nobel Prize in chemistry. In 1909, now at the University of Manchester, Rutherford was bombarding a thin gold foil with alpha particles when he noticed that although almost all of them went through the gold ... that would reveal the nature of atoms and electromagnetic forces. The English experimentalist William Crookes, b. June 17, 1832, d. Apr. 4, 1919, contributed to many of the new fields of physics and chemistry that emerged in the la...

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... of the great scientists of the century. She had degrees in mathematics and physics. Winner of two Nobel Prizes, for Physics in 1903 and for Chemistry in 1911, she performed pioneering studies with radium and polonium and contributed profoundly to the understanding of radioactivity. Madame Curie was born as the fifth and ... been left vacant on her husband's death. In 1910 her fundamental thesis on radioactivity was published. In 1911 she was awarded the Nobel Prize for Chemistry, for the isolation of pure radium. In 1914 she saw the completion of the building of the laboratories of the R...

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... Breslau, Germany. He attended St. Elizabeth classical school, where he performed many chemical experiments. From 1886 to 1891, he studied chemistry at Heidelburg University, Berlin University, and Charlottenberg technical school. In 1894, he was uncertain whether to focus on Physics or Chemistry, when he was offered an assistantship with a leading combustion chemist at Karlsruhe. He stayed there until 1911. Another chemist, Carl ... however find a solution for the laboratory combustion of carbon monoxide and hydrogen. He also undertook work on the fixation of nitrogen, for which he was ...

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... her dream comes true and graduate as a doctor. Even though Marie Curie suffered many challenges and difficult times in life, she greatly devoted all her life for the success of chemistry discoveries. In 1894, she met her future husband, a young scientist Pierre Cuire. Both of them had many experiments lead to the founding of two new elements in the periodic table ... ...

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... and unprecedented thought. What he desired was to venerate outclass individuals who contributed to the comfort of mankind.. He wanted to confer the awards in five distinct fields namely - physics, chemistry, peace, literature and medicine (physiology). For the last 98 years, the Nobel foundation has been conferring the Nobel prizes to those whose virtues have beautified mankind. Not only this, the ... ...

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... the field, having confirmed the discovery of the positron in 1932. The Joliet-Curies discovered artificially induced radioactivity early in 1934 for which they were awarded the Nobel Prize in Chemistry for 1935. The Joliet-Curies provided chemical evidence for transmutation ( the change of one element to another) with the change of aluminum into a previously unknown isotope of silicon. This led ... ...

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... human being. In his will Nobel created the Nobel Peace Prizes. The Nobel Peace Prizes are given to those who contribute to the common good in the areas of Physics, Chemistry, Medicine, Literature and Peace. The prizes have a large cash award and are given to organizations. The Atomic Bomb an unreal creating by man with unbelievable power of destruction came from ... ...

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... , Robert H. Goddard began his rocketry expirments, a treatment for thyroid deficiencies was prepared by E.C. Kendall,Dr. Alexis Carrel performed the first successful heart surgery on a dog , and the Nobel Prize for Chemistry was awared to Theodore W. Richards for determinations of the atomic weight of numerous chemical elements. Also, poliomyelitis, called polio, a virus that caused paralysis most of the time, terrorized many parents ... ...

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... a turning point in her career: she was devoted to completing the scientific work they had started. In 1911 her determination paid off, she won a second Nobel Prize (this time in chemistry) for her discovery and isolation of pure radium and radium components. Madam Curie was the first person to ever receive two Nobel Prizes. Marie Curie was not only a scientific pioneer ... ...

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... and unprecedented thought. What he desired was to venerate outclass individuals who contributed to the comfort of mankind.. He wanted to confer the awards in five distinct fields namely - physics, chemistry, peace, literature and medicine (physiology). For the last 98 years, the Nobel foundation has been conferring the Nobel prizes to those whose virtues have beautified mankind. Not only this, the ... ...

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... where she made the essential studies of carbon and graphite microstructures. The work that she performed here was the groundwork for her doctorate from Cambridge University in 1945 in physical chemistry. For three years in Paris while she worked for the Laboratoire Central des Services Chiminques de L?Etat she learned X-ray diffraction techniques. After leaving Paris, she went back to England ... ...

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... was discovered in 1957 by a man named Rudolph Mossbauer, who later won the Nobel Prize in physics in 1961. Mossbauer spectroscopy can be used in a wide range of sciences including, chemistry, biology and metallurgy. Its main purposes are giving precise information about chemical, structural, magnetic and time-dependent properties of a material. The Mossbauer spectroscopy is a spectroscopic technique based on the Mossbauer ... ...

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... was discovered in 1957 by a man named Rudolph Mossbauer, who later won the Nobel Prize in physics in 1961. Mossbauer spectroscopy can be used in a wide range of sciences including, chemistry, biology and metallurgy. Its main purposes are giving precise information about chemical, structural, magnetic and time-dependent properties of a material. The Mossbauer spectroscopy is a spectroscopic technique based on the Mossbauer ... ...

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... , the winner also receives a gold medal, a diploma bearing a citation, and a whopping one million dollars (1). The Nobel Prize is the first international award given yearly since 1901 for achievements in physics, chemistry, medicine, literature and peace. The prize consists of a medal, a personal diploma, and a prize amount. The Nobel Prize began to be awarded in 1969. The economics prize was not part of ... ...

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... taught by tutors much of the time. He showed a natural gift for languages, acquiring them as he traveled. Despite his sickness, Alfred was a very good student who became interested in chemistry early on. Between the ages of seventeen to nineteen, he traveled to Germany, the U.S and France. His father sent him on to further education in the United States between the ... ...

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