c=1 Boundary Conformal Field Theory Revisited

Abstract

Correlation functions of discrete primary fields in the c=1 boundary conformal field theory of a scalar field in a critical periodic boundary potential are computed using the underlying SU(2) symmetry of the model. Bulk amplitudes are unambigously determined and we give a prescription for amplitudes involving discrete boundary fields.

LaTex, 8 pages, 1 figure, uses IOP style files. To appear in the proceedings of the RTN workshop "The quantum structure of spacetime and the geometric nature of fundamental interactions", Copenhagen, September 15-20, 2003

References in corpus (9)

• Rolling Tachyon
• TeV scale 5D $SU(3{)}_W$ unification and the fixed point anomaly cancellation with chiral split multiplets
• Exact Solution of a Boundary Conformal Field Theory
• Timelike Boundary Liouville Theory
• Rolling Tachyons and Decaying Branes
• Free Fermion Representation of a Boundary Conformal Field Theory
• Interaction of Discrete States in Two-Dimensional String Theory
• Exact C=1 Boundary Conformal Field Theories
• Exceptional boundary states at c=1

Cited by in corpus (4)

• Tachyon Dynamics in Open String Theory
• Non-compact String Backgrounds and Non-rational CFT
• Boundary Liouville theory at c=1
• The Rolling Tachyon Boundary Conformal Field Theory on an Orbifold