Suppression of nonrenormalizable terms in the effective superpotential for (blown-up) orbifold compactification
Mirjam Cveti
Abstract
Mirjam Cveti
Abstract
We show that all the nonrenormalizable terms in the effective superpotential for any Abelian symmetric orbifold with at least (0,2) world-sheet supersymmetry as well as any blown-up (2,2) orbifold are exponentially suppressed by the size R of the compactified space, i.e., \ensuremath{\propto}exp(-${\mathrm{R}}^{2}$/\ensuremath{\alpha}').
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We show that all the nonrenormalizable terms in the effective superpotential for any Abelian symmetric orbifold with at least (0,2) world-sheet supersymmetry as well as any blown-up (2,2) orbifold are exponentially suppressed by the size R of the compactified space, i.e., \ensuremath{\propto}exp(-${\mathrm{R}}^{2}$/\ensuremath{\alpha}').
Key concepts: Superpotential, Orbifold, Compactification (mathematics), Physics, Supersymmetry, Theoretical physics, Particle physics, Mathematical physics