Titlebook: Symmetries in Atomic Nuclei; From Isospin to Supe Alejandro Frank,Jan Jolie,Pieter Van Isacker Book 2019Latest edition Springer Nature Swit

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Symmetry and Supersymmetry in Quantal Many-Body Systems,gular momentum. On these three conservation laws much of classical mechanics is built. These quantities are also conserved in isolated quantal systems. In some cases an additional space-inversion symmetry applies, yielding another conserved quantity called parity. In a relativistic framework the abo

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Book 2019Latest editionfocuses on nuclear structure physics, but its broad scope makes it suitable for final-year or post-graduate students and researchers interested in understanding the power and beauty of symmetry methods in physics..Review of the 1st Edition:."The subject of this book, symmetries in physical systems,

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Symmetry in Nuclear Physics: The Shell Model,models in nuclear physics (including early ones) from a modern and coherent perspective. The early models are due to Wigner, Racah, and Elliott, and can be considered as precursors to the more modern ones such as the interacting boson model of Arima and Iachello.

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Symmetries with Neutrons and Protons, version of the model discussed in Chap. . no distinction is made between neutrons and protons and all bosons are considered as identical. Nevertheless, to make the model more realistic, it is essential to introduce this distinction. This is the main objective of the present chapter.

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Symmetry in Nuclear Physics: The Shell Model,cs, in this chapter we turn our attention to atomic nuclei. Symmetry considerations have played an important role in nuclear physics, starting from the birth of the discipline, and have continued to do so throughout its development. A comprehensive overview of all such applications would be a gargan

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Symmetry in Nuclear Physics: The Interacting Boson Model,rrelated pairs of nucleons. The choice of the different bosons is dictated by the nature of the nucleonic interactions and also depends on the particular nucleus that is considered, as is discussed in Sect. 3.1. Throughout this chapter we pay particular attention to the connections that can be estab

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Supersymmetry in Nuclear Physics,, a fermion coupled to the core with an appropriate boson–fermion interaction. The resulting interacting boson–fermion model (IBFM) is thus a specific version of the particle–core coupling model which has been widely used in nuclear physics to describe odd-mass nuclei. The characteristic feature of

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