Titlebook: Gauge Theory of Weak Interactions; Walter Greiner,Berndt Müller Textbook 20003rd edition Springer-Verlag Berlin Heidelberg 2000 Beta decay

Fabric

Jürgen Hampe,Christoph Schlegel In order to describe the weak interactions of the hadrons themselves we must in addition know how the hadrons are made up of quarks, that is, we must know the wave functions of the quarks within the hadrons. This problem has not yet been completely solved, but there are a number of models which ref

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https://doi.org/10.1007/978-3-662-04211-3Beta decay; Elementary Particle Physics; Gauge Theory; Kaon; Lepton; Nuclear Physics; Weak Interactions; ha

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Walter Greiner,Berndt MüllerCarefully developed and well introduced text.Part of the Greiner lectures and its educational standards.Accessible introduction to the field.Now available as a newly revised edition.Includes supplemen

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dialect

https://doi.org/10.1007/978-3-658-11394-0, these are: the strong (nuclear) interaction, electromagnetism, the weak (nuclear) interaction, and gravity (see Table 1.1). The interaction strength varies with distance between the force centers. This is illustrated in the figure accompanying Table 1.1.

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Limitations of Fermi Theory,ould — up to now — be classified and understood within this scheme. Nevertheless, as we shall see, the Fermi theory contains severe difficulties and is therefore unsatisfactory. In order to reveal these difficulties we shall discuss first another phenomenon of weak interactions, i.e. the neutral currents.