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Newton (Ackroyd's Brief Lives)

Newton (Ackroyd's Brief Lives)
Author: Peter Ackroyd
ISBN 13: 9780385507998
ISBN 10: 385507992
Edition: First Edition
Publisher: Nan A. Talese
Publication Date: 2008-04-15
Format: Hardcover
Pages: 192
List Price: $21.95

When Newton was not yet twenty-five years old, he formulated calculus, hit upon the idea of gravity, and discovered that white light was made up of all the colors of the spectrum. By 1678, Newton designed a telescope to study the movement of the planets and published Principia, a milestone in the history of science, which set forth his famous laws of motion and universal gravitation. Newton’s long-time research on calculus, finally made public in 1704, triggered a heated controversy as European scientists accused him of plagiarizing the work of the German scientist Gottfried Leibniz.

In this third volume in the acclaimed Ackroyd’s Brief Lives series, bestselling author Peter Ackroyd provides an engaging portrait of Isaac Newton, illuminating what we think we know about him and describing his seminal contributions to science and mathematics.

A man of wide and eclectic interests, Newton blurred the borders between natural philosophy and speculation: he was as passionate about astrology as astronomy and dabbled in alchemy, while his religious faith was never undermined by his determination to interpret a modern universe as a mathematical universe.

By brining vividly to life a somewhat puritanical man whose desire to experiment and explore bordered on the obsessive, Peter Ackroyd demonstrates the unique brilliance of Newton’s perceptions, which changed our understanding of the world.

The Barnes & Noble Review

Sir Isaac Newton is one of the few scientists, I think, who has an afterlife in the public imagination. Even schoolchildren have a mental image of him sitting under an apple tree about to be bonked. The secretive Newton will never have a warm haze around him like that of playful, wispy-haired Einstein sticking out his tongue, but just as people can trot out Einstein's E=mc2, so they pull out Newton's laws -- e.g., "to every action there is always opposed an equal reaction."