Titlebook: Composite Particle Dynamics in Quantum Field Theory; Harald Stumpf,Thomas Borne Book 1994 Friedr. Vieweg & Sohn Verlagsgesellschaft mbH, B

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https://doi.org/10.1007/978-3-642-32507-6Higgs fields play an essential role in the formulation of the Standard model. But from a theoretical point of view they are not very well understood, apart from the fact that so far they have not been discovered in experiments.

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Notation,In the first four chapters, which provide the framework of our composite particle theory, we use .-units, while the applications discussed in Chapters 5–7 are formulated in natural units, i.e. with . = . = 1.

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Bound State Calculations,The aim of our investigations is the derivation of a composite particle dynamics by means of weak mapping. As this procedure is referred to corresponding bound states we have to determine them.

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Effective Yang-Mills Dynamics,In Chapter 4 the weak mapping of quantum fields was examplified by the derivation of a weak mapping theorem for bosons as two-fermion composites. In this chapter we investigate applications of weak mapping in the realm of high energy physics.

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Fermions and Gravitation,The gravitational force acts indiscriminately on any kind of matter or energy. Thus it also affects the material or energetic standards of length and time, and their deformation leads to a violation of the postulates of Euclidean geometry. Therefore the gravitational force is closely linked with geometry.

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Superconductivity and Higgs Fields,Higgs fields play an essential role in the formulation of the Standard model. But from a theoretical point of view they are not very well understood, apart from the fact that so far they have not been discovered in experiments.

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Fock Space Mappings,comprehensive literature which we cannot discuss all in detail. Rather as in the previous chapter we restrict ourselves to the discussion of a representative example. As such an example we choose boson mappings in nuclear physics.