The aim of this thesis is to investigate the impact of a particular Randall-Sundrum Model, in which electroweak precision observables are protected from large corrections, on flavor observables in the K and B meson systems.
After an introduction of the model and of its flavor structure, the effects caused by the additional Kaluza-Klein states on particle-antiparticle oscillations and on rare meson decays are derived in a general framework and subsequently analyzed numerically. In this context, correlations between different observables are highlighted and used to distinguish the model under consideration from other models of new physics.
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The aim of this thesis is to investigate the impact of a particular Randall-Sundrum Model, in which electroweak precision observables are protected from large corrections, on flavor observables in the K and B meson systems.
After an introduction of the model and of its flavor structure, the effects caused by the additional Kaluza-Klein states on particle-antiparticle oscillations and on rare meson decays are derived in a general framework and subsequently analyzed numerically. In this context,...
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