Titlebook: Structure of Nucleon Excited States from Lattice QCD; Finn M. Stokes Book 2019 Springer Nature Switzerland AG 2019 Lattice QCD.Centre Doma

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Form Factors of the Proton and Neutron, momenta. In this chapter we introduce the formalism to extend this technique to the extraction of baryon form factors. We then apply this formalism to study the Sachs electric and magnetic form factors of the ground-state proton and neutron and discover important improvements over the conventional approach.

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https://doi.org/10.1007/978-3-030-25722-4Lattice QCD; Centre Domains; Parity-Expanded Variational Analysis; Correlation Matrix; Electromagnetic f

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Background,t, the implementation details vary from chapter to chapter. As such, we only provide a generalised overview here, and specify the implementation details where they are relevant. We begin by introducing quarks, gluons, and how their interactions as described by the theory of QCD. We then introduce la

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Parity Expanded Variational Analysis, have been established and agree well with experiment, but this is just the beginning. A multitude of excited states can be extracted through a combination of effective mass calculations and variational analysis techniques. In this chapter, we investigate the extraction of correlation functions for

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Form Factors of the Proton and Neutron, momenta. In this chapter we introduce the formalism to extend this technique to the extraction of baryon form factors. We then apply this formalism to study the Sachs electric and magnetic form factors of the ground-state proton and neutron and discover important improvements over the conventional

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Elastic Form Factors of Nucleon Excitations,ectiveness for accessing the structure of the ground-state nucleon. We now use this method to investigate the structure of the excitations of the proton and neutron observed in Lattice QCD. This is the first time that the nature of these states will be explored from the first principles of QCD. At h