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From the quark, so small nobody will ever see it, to the 53-mile-long supercollider, so expensive we never built it, the world of physical science gropes with the deepest question of all: "Why is there something instead of nothing?" In this program with Bill Moyers, Nobel Prize-winning physicist Steven Weinberg discusses the nature of scientific inquiry and its close relationship to everyday life. Can scientific research into the beginnings of the universe lead us to discover a sense of beauty in the world around us and in our minds? (30 minutes)



 
    

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Copyright date: ©1988




     


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Richard Feynman: Take the World from Another Point of View

The enfant terrible of American physics describes how his sense of continuous wonder, his childlike curiosity about anything and everything, led him inevitably to a life in science. That the connecting link between curiosity and the Nobel Prize is co...(more details)
 
Science and Gender: Evelyn Fox Keller
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When in the 1950s Evelyn Fox Keller ventured forth to become a scientist, she discovered it was a man's world. Training as a theoretical physicist and working in both mathematical biology and the history of science, she wondered why most scientists w...(more details)
 
Niels Bohr

When the atom, which had since ancient times been considered the smallest particle in the universe, turned out to constitute a whole new universe, a major new physics was born. This program is devoted to a portrait of the seminal figure in the field ...(more details)
 
Professor Hawking's Universe
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The Lucasian chair of mathematics at Cambridge University is one of the most prestigious professorships in the world, occupied at one time by Isaac Newton. Its present incumbent is Stephen Hawking, who established his reputation as one of this centur...(more details)
 
Quarks and the Universe: Murray Gell-Mann
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To walk around with Murray Gell-Mann is to see the world through the keen eyes of a scientist. Gell-Mann, by temperament, approaches elementary particle physics from the point of view of a naturalist. We owe to him the discovery in 1952 of the quanti...(more details)
 


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