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Dr. Bardeen’s main fields of research since 1945 have been electrical conduction in semiconductors and metals, surface properties of semiconductors, theory of superconductivity, and diffusion of atoms in solids. The Nobel Prize in Physics was awarded in 1956 to John Bardeen, Walter H. Brattain, and William Shockley for “investigations on ...
John Bardeen ( 23 mai 1908 à Madison, Wisconsin, États-Unis - 30 janvier 1991 à Boston) est un physicien américain. Il est colauréat avec William Shockley et Walter Houser Brattain du prix Nobel de physique de 1956 pour leurs travaux sur les semi-conducteurs 2. Il est également co-lauréat avec Leon Neil Cooper et John Robert Schrieffer ...
29 de nov. de 2018 · John Bardeen (May 23, 1908–January 30, 1991) was an American physicist. He is best known for winning the Nobel Prize in Physics twice, making him the first person to win two Nobel Prizes in the same field. In 1956, he received the honor for his contributions to the invention of the transistor, an electronic component that revolutionized the ...
John Bardeen ( Madison, 23 maggio 1908 [1] – Boston, 30 gennaio 1991 [1]) è stato un fisico e ingegnere elettrotecnico statunitense . È l'unico ad aver vinto due premi Nobel in Fisica, nel 1956 per il transistor, assieme a William Bradford Shockley e Walter Brattain, e nel 1972 per la teoria fondamentale della superconduttività ordinaria ...
ジョン・バーディーン （John Bardeen, 1908年 5月23日 - 1991年 1月30日 ）は、 アメリカ の 物理学者 。. 1956年 に ウィリアム・ショックレー 、 ウォルター・ブラッテン と トランジスタ の発明によって、さらに 1972年 に レオン・クーパー 、 ジョン・ロバート ...
13 de abr. de 2016 · John Bardeen foi engenheiro, físico e professor estadunidense que apresentou diversas contribuições para a ciência e tecnologia. Bardeen nasceu em Madison, Wisconsin no ano de 1908, estudou engenharia elétrica na universidade de Wisconsin onde obteve seu primeiro título B.Sc em 1928 equivalente ao bacharel e a seu segundo título M.Sc em 1929 equivalente ao mestrado.
At Harvard, Bardeen remained three years from 1935 to 1938 pursuing research on the application of quantum mechanics to many-body problems. At that time, one of the most important targets was the development of theoretical tools that allowed the extension of quantum mechanical laws to large aggregates of simple entities.
