The Bronx High School of Science commonly called Bronx Science or Science is a specialized New York City public high school sometimes said to be the premier science magnet school in the United States. Founded in 1938, it is now located in the Bedford Park section of the Bronx. Admission is by an... MORE
The Bronx High School of Science commonly called Bronx Science or Science is a specialized New York City public high school sometimes said to be the premier science magnet school in the United States. Founded in 1938, it is now located in the Bedford Park section of the Bronx. Admission is by an exam open to all grade-eligible students in New York City, reportedly taken by more than 20,000 students annually. Although known for its focus on mathematics and science, Bronx Science also emphasizes the humanities and social sciences and continually attracts students (called "Scienceite(s)") with a wide variety of interests beyond math and science. Bronx Science has received international recognition as one of the best high schools in the United States, public or private, regularly ranking in the top 100 in U.S. News and World Report's lists of America's "Gold-Medal" high schools. It attracts an intellectually gifted blend of culturally, ethnically, and economically diverse students from New York City. LESS
Leon Cooper: Creating Emotions from Atoms The Graduate Center, CUNY - Prohansky Auditorium Superconductivity and Other Insoluble Problems: Are There Limits to Scientific Understanding? A talk by Nobel Prize-winning physicist Leon N. Cooper When an ordinary metal is cooled to very low temperatures -- near absolute zero -- its electrical resistance vanishes. Once a current starts to flow in a loop of such "superconducting" wire, it flows forever. Discovered in 1911, this remarkable phenomenon defied explanation for nearly fifty years, until the work of John Bardeen, Leon Cooper and J. Robert Schrieffer. Today, superconductivity is still a central topic in scientific research and in the search for new technologies, while the "BCS" theory has had implications for our understanding of systems ranging from the atomic nucleus to the behavior of massive stars. To celebrate the centennial of the original discovery, we are delighted to welcome Professor Cooper, who will reflect on the history of superconductivity and on the nature of scientific explanation. Leon Cooper is the Thomas J. Watson, Sr., Professor of Science at Brown University, where he also directs the Center for Neural Science. A graduate of the Bronx High School of Science, he shared the 1972 Nobel Prize in Physics for his contributions to the theory of superconductivity.
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