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Siegfried Flügge

    March 16, 1912 – December 15, 1997

    Siegfried Flügge was a German theoretical physicist whose work in nuclear physics significantly contributed to the development of nuclear weapons. His research was pivotal to the German nuclear weapons project during World War II. Post-war, he lectured at German universities and served as a visiting professor in the United States, fostering international scientific exchange. Flügge also played a key role in editing the prestigious 54-volume Handbuch der Physik, a seminal reference work in the field.

    Rechenmethoden der Elektrodynamik
    Experimentelle Grundlagen der Wellenmechanik
    Mathematische Methoden der Physik I
    Lehrbuch Der Theoretischen Physik. Band II · Klassische Physik I Mechanik Geordneter und Ungeordneter Bewegungen
    Practical Quantum Mechanics II
    Practical quantum mechanics
    • 2011

      Practical Quantum Mechanics II

      • 304 pages
      • 11 hours of reading

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      Practical Quantum Mechanics II
    • 1998

      Practical quantum mechanics

      • 624 pages
      • 22 hours of reading

      Originally published in 1947 in German, this work aimed to assist both students encountering quantum mechanics for the first time and experimental scientists unfamiliar with its applications. While many excellent texts have since emerged to explain the theoretical framework, the practical aspects have been somewhat overlooked, aside from numerous specialized monographs on narrow topics. This gap indicates a need for a comprehensive introduction to the practical use of quantum mechanics. The author, responding to the publishers' request, has updated the earlier German editions to enhance their utility for the global community of science students and researchers by producing a new English edition. Recognizing the necessity for significant expansion, the author has incorporated new approximation methods and advancements, particularly in scattering. Additionally, the updated work includes discussions on relativistic quantum mechanics and offers insights into radiation theory as an example of wave field quantization. This revised edition aims to provide a more complete resource for those seeking to apply quantum mechanics in practical scenarios.

      Practical quantum mechanics