By Stephen Hawking, Leonard Mlodinow
From the most excellent minds of our time comes a ebook that clarifies his most crucial ideas.
Stephen Hawking’s all over the world bestseller, A short heritage of Time, continues to be one of many landmark volumes in medical writing of our time. yet for years readers have requested for a extra obtainable formula of its key concepts—the nature of house and time, the position of God in production, and the heritage and way forward for the universe.
Professor Hawking’s reaction is that this new paintings that may advisor nonscientists all over the ongoing look for the tantalizing secrets and techniques on the middle of time and space.
Although “briefer,” this publication is way greater than a trifling clarification of Hawking’s past paintings. A Briefer heritage of Time either clarifies and expands at the nice matters of the unique, and files the newest advancements within the field—from string thought to the quest for a unified thought of the entire forces of physics. Thirty-seven full-color illustrations improve the textual content and make A Briefer heritage of Time a thrilling and must-have addition in its personal correct to the nice literature of technological know-how and concepts.
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Additional info for A Briefer History of Time
And to those who kindly read various drafts of the manuscript in our search for passages where clarity could be improved further: Donna Scott, Alexei Mlodinow, Nicolai Mlodinow, Mark Hillery, Joshua Webman, Stephen Youra, Robert Barkovitz, Martha Lowther, Katherine Ball, Amanda Bergen, Jeffrey Boehmer, Kimberly Comer, Peter Cook, Matthew Dickinson, Drew Donovanik, David Fralinger, Eleanor Grewal, Alicia Kingston, Victor Lamond, Michael Melton, Mychael Mulhern, Matthew Richards, Michelle Rose, Sarah Schmitt, Curtis Simmons, Christine Webb, and Christopher Wright.
But by repeating an experiment at different times of the year, when the earth was in different positions along its orbit, they could hope to account for this unknown factor. So Michelson and Morley set up an experiment to compare the speed of light measured in the direction of the earth’s motion through the ether (when we were moving toward the source of the light) to the speed of light at right angles to that motion (when we were not moving toward the source). To their great surprise, they found the speed in both directions was exactly the same!
The concept of motion makes sense only as it relates to other objects. Does it really matter whether Aristotle or Newton is correct? Is this merely a difference in outlook or philosophy, or is it an issue important to science? Actually, the lack of an absolute standard of rest has deep implications for physics: it means that we cannot determine whether two events that took place at different times occurred in the same position in space. To picture this, suppose someone on a train bounces a Ping-Pong ball straight up and down, hitting the table twice on the same spot one second apart.
A Briefer History of Time by Stephen Hawking, Leonard Mlodinow