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Order, Chaos Order: The Transition from Classical to Quantum Physics
This work, written for a wide audience and general readers, details the chaos produced in the physics community at the beginning of the 20th century by groundbreaking experimental findings and the theoretical speculations they engendered. It traces the slow and difficult birth of a new
scientific order that resulted from the work of many of this century's most distinguished scientists, including Max Planck, Albert Einstein, Ernest Rutherford, and Niels Bohr. Comparable in its impact to the scientific upheavals initiated by Galileo and Newton in the 17th century, and to the advent
of Darwin's theory of evolution, this emerging science--based on newly developed experimental techniques--exposed the flaws in the well-established and cherished view of the world as described by classical physics. In telling this story, the author describes the essential features of quantum
physics, what sets it apart from the classical view of the mechanical universe, and how the new science has led to unprecedented advances in understanding the essence of matter and the forces of nature. As a special feature, the author has presented mathematical details in separate boxed sections
where they can be studied by readers interested in deeper insight, or skipped without interruption to the flow of the narrative. The book is thus accessible to nonscientist general readers who will find it an ideal guide to the breathtaking discoveries of modern science that have so profoundly
altered our perceptions of the material world.
scientific order that resulted from the work of many of this century's most distinguished scientists, including Max Planck, Albert Einstein, Ernest Rutherford, and Niels Bohr. Comparable in its impact to the scientific upheavals initiated by Galileo and Newton in the 17th century, and to the advent
of Darwin's theory of evolution, this emerging science--based on newly developed experimental techniques--exposed the flaws in the well-established and cherished view of the world as described by classical physics. In telling this story, the author describes the essential features of quantum
physics, what sets it apart from the classical view of the mechanical universe, and how the new science has led to unprecedented advances in understanding the essence of matter and the forces of nature. As a special feature, the author has presented mathematical details in separate boxed sections
where they can be studied by readers interested in deeper insight, or skipped without interruption to the flow of the narrative. The book is thus accessible to nonscientist general readers who will find it an ideal guide to the breathtaking discoveries of modern science that have so profoundly
altered our perceptions of the material world.
336 pages, Paperback
First published February 3, 1994
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