Description
Book SynopsisRoger Newton, whose previous works have been widely praised for erudition and accessibility, presents a history of physics from the early beginning to our day—with the associated mathematics, astronomy, and chemistry. His work identifies what may well be the defining characteristic of physics in the 21st century.
Trade ReviewThis is an illuminating chronicle of mankind's adventures, over six millennia, in pursuit of physical laws. It is enhanced by lucid exposition of challenges and concepts, with engaging portraits of many avid actors in a grand, abiding drama. -- Dudley Herschbach, Frank B. Baird, Jr. Professor of Science, Harvard University
Although there are several books on the history of physics, none is as up-to-date, comprehensive, and well-written as Newton's. Most other books either provide a very superficial explanation of the concepts and theories, or are too technical for most non-scientists to understand. Newton manages to maintain a consistent level and style, and to say just enough about the difficult issues to get the reader interested but not overwhelmed -- Stephen G. Brush, Distinguished Professor Emeritus of the History of Science, University of Maryland
Newton's account is superb. He is magnificent at explaining the profound influence of mathematics on the development of physics. The historical relationships between subdisciplines, such as thermodynamics and statistical physics, are illuminated. Numerous biographical sketches add a lively dynamic to an enjoyable book. -- Simon Mitton * Times Higher Education Supplement *
This book attempts in one volume to give a history of physics, from the dawn of mankind to the present day. It is a formidable task but one which I believe has been largely successful. -- Peter Ford * History of Physics Newsletter *
From the properties of matter to the constituents of the universe, this book illustrates how discoveries old and new have created modern physics. * Science News *
Table of ContentsPrologue 1. Beginnings 2. The Greek Miracle 3. Science in the Middle Ages 4. The First Revolution 5. Newton's Legacy 6. New Physics 7. Relativity 8. Statistical Physics 9. Probability 10. The Quantum Revolution 11. Fields, Nuclei, and Stars 12. The Properties of Matter 13. The Constituents of the Universe Epilogue Notes Sources and Further Reading Index
