From Alchemy to Quarks (Physics Series)

by Sheldon L. Glashow

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This text is intended for a short introduction to pre-calculus physics. Nobel Laureate physicist, Sheldon Glashow, who first proposed the charmed quark, the zee-zero particle, and the idea of grand unification, surveys science's on-going quest to explain the wonders of nature in terms of the simplest laws and the smallest particles - from fire, water, earth and air to quarks and leptons; from the Leaning Tower of Pisa to today's supercolliders.

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Sheldon Lee Glashow grew up in New York City and graduated from Bronx High School of Science, where he and Steven Weinberg were classmates. Glashow received his Ph.D. in 1958 from Harvard University. While a student at Harvard, Glashow studied with Julian Schwinger, a pioneer of quantum electrodynamics who had become interested in the weak show more interaction and its possible connection with the electromagnetic interaction. In 1961 Glashow took the first step in unifying these interactions. It was finally accomplished in 1967 by Steven Weinberg and Abdus Salam, and in 1979 all three received a Nobel Prize in physics for developing a theory that mathematically and theoretically unifies the weak force and electromagnetic force of the atomic nucleus. In 1970 Glashow and two collaborators proposed the existence of the charm quark; several years later, physicists discovered particles that contain charm quarks and antiquarks. The grand unified theory that links the strong and electroweak interactions, which Glashow and Howard Georgi devised in 1974, accounts for many otherwise unexplained observations. Since 1979 Glashow has also been on the Harvard faculty, where he occupied the Eugene Higgins Chair of Physics. (Bowker Author Biography) show less

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Nonfiction, Science & Nature
DDC/MDS
530Natural sciences & mathematicsPhysicsPhysics
LCC
QC21.2 .G58SciencePhysicsPhysicsGeneral

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