Quantum Mechanics Through Nobel (1版)

Quantum Mechanics through Nobel offers a fresh and revealing journey through the most important scientific revolution of the 20th century — seen through the lens of the Nobel Prize. Drawing on unique material from the Nobel Prize Archive, accessible only to a very limited number of researchers, this book uncovers how the biggest breakthroughs in quantum physics were evaluated, debated, challenged, and ultimately recognized. From the earliest discoveries of wave–particle duality and the structure of the atom, the formulation of quantum mechanics by Heisenberg, Schrödinger and Dirac to the surprising phenomena of antiparticles, to the discovery and application of fundamental symmetry principles, each chapter combines clear explanations with historical depth. The book brings to life the scientists behind the discoveries — their ideas, their arguments, their doubts, and their moments of brilliance — revealing not only what they discovered, but how the Nobel system shaped the development of quantum theory. Written for both the general reader and for specialists in physics, Quantum Mechanics through Nobel blends narrative science writing with carefully researched archival insights. Readers gain a rare behind-the-scenes understanding of how Nobel committees evaluated groundbreaking work, why some discoveries were rewarded immediately while others waited decades, and how the prize itself influenced the evolution of modern physics. This is quantum mechanics told through its pivotal moments — a story of ideas, people, controversies, and the intense scientific creativity that defined an era.

Dedication Foreword Preface How a Nobel Prize in Physics is Awarded The Early Quantum Mechanics Nobel Prizes, 1918, 1921 and 1922 The New Quantum Mechanics and the Nobel Prize in 1929 The Quantum Mechanics Nobel Prizes 1932/33 The Later Quantum Mechanics Nobel Prizes of 1945 and 1954 The 1963 Nobel Prize to Eugene Wigner Epilogue Acknowledgement Bibliography Name Index Appendix 1 Appendix 2