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Interactions in Intersecting Brane Models
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We discuss tree level three and four point scattering amplitudes in type II string models with matter fields localized at the intersections of D-brane wrapping cycles. Using conformal field theory techniques we calculate the four fermion amplitudes. These give "contact" interactions that can lead to flavour changing effects. We show how in the field theory limit the amplitudes can be interpreted as the exchange of Kaluza-Klein excitations, string oscillator states and stretched heavy string modes.
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Quantum aspects of non-invertible flavor symmetries in intersecting/magnetized D-brane models
In magnetized and intersecting D-brane models on T^2/Z2, the D4 symmetry from a non-invertible flavor symmetry survives loop corrections and instanton-generated n-point couplings for even fluxes with trivial Scherk-Sc...
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