From the acclaimed author of The Information and Chaos, here is a mind-bending exploration of time travel: its subversive origins, its evolution in literature and science, and its influence on our understanding of time itself. The story begins at the turn of the previous century, with the young H. G. Wells writing and rewriting the fantastic tale that became his first book and an international sensation: The Time Machine. It was an era when a host of forces were converging to transmute the human understanding of time, some philosophical and some technological: the electric telegraph, the steam railroad, the discovery of buried civilizations, and the perfection of clocks. James Gleick tracks the evolution of time travel as an idea that becomes part of contemporary culture—from Marcel Proust to Doctor Who, from Jorge Luis Borges to Woody Allen. He investigates the inevitable looping paradoxes and...

Amazon.com ReviewThis book of previously published essays by the author of and is an eclectic chronicle of the information revolution's first 10 years. "The last decade of the twentieth century came as a surprise," writes James Gleick. What Just Happened shows how surprising it was: in the book's first piece, from 1992, Gleick notes that "a relatively small number of personal computer users use Windows." (He's a good sport about it, too, poking fun at himself in an introduction for making such an obsolete observation.) A longish piece on Microsoft from 1995 seems to correct the problem when Gleick comments on "the ever-advancing boundary of Microsoft's Windows package." Then it goes on to get something really right: "Microsoft's own power poses a threat, too--the threat that comes with the self-fulfilling destiny of any monopolist." That's a prescient observation, considering the antitrust actions taken against the company since those words were written. The closing chapter of the book is fascinating and forward-looking; it's not about what just happened but what may happen. Gleick anticipates the appearance of wristwatches containing "biometric information about your loved ones, so you can see how your parents are doing." If that doesn't sound exciting enough, consider this prediction: "One can even imagine properly functional motor-vehicle offices." Now that's something to look forward to. --John MillerFrom Library JournalThe expert science writer who explained Chaos to us now explains what technology has done to our lives.Copyright 2002 Cahners Business Information, Inc.

SUMMARY:A genius, a great mathematician once said, performs magic, does things that nobody else could do. To his scientific colleagues, Richard Feynman was a magician of the highest caliber. Architect of quantum theories, enfant terrible of the atomic bomb project, caustic critic of the space shuttle commission, Nobel Prize winner for work that gave physicists a new way of describing and calculating the interactions of subatomic particles, Richard Feynman left his mark on virtually every area of modern physics. Originality was his obsession. Never content with what he knew or with what others knew, Feynman ceaselessly questioned scientific truths. But there was also another side to him, one which made him a legendary figure among scientists. His curiosity moved well beyond things scientific: he taught himself how to play drums, to give massages, to write Chinese, to crack safes. In Genius, James Gleick, author of the acclaimed best-seller Chaos, shows us a Feynman few have seen. He penetrates beyond the gleeful showman depicted in Feynman's own memoirs and reveals a darker Feynman: his ambition, his periods of despair and uncertainty, his intense emotional nature. From his childhood on the beaches and backlots of Far Rockaway and his first tinkering with radios and differential equations to the machine shops at MIT and the early theoretical work at Princeton - work that foreshadowed his famous notion of antiparticles traveling backward in time - to the tragic death of his wife while he was working at Los Alamos, Genius shows how one scientist's vision was formed. As that vision crystallized in work that reinvented quantum mechanics, we see Feynman's impact on the elite particle-physicscommunity, and how Feynman grew to be at odds with the very community that idolized him. Finally, Gleick explores the nature of genius, our obsession with it and why the very idea may belong to another time. Genius records the life of a scientist who has forever changed science - and changed what it means to know something in this uncertain century.