TL;DR
This paper explores the geometry and dualities of D-branes in Kazama-Suzuki models, revealing their relation to calibrated geometries and the effects of T-duality on boundary states.
Contribution
It introduces a generalized notion of calibrated geometry for D-branes in Kazama-Suzuki models and analyzes their behavior under T-duality.
Findings
D-branes correspond to a generalized calibrated geometry.
T-duality maps boundary states between different configurations.
The geometry relates to the coset space structure.
Abstract
We investigate boundary states of D-branes wrapped around supersymmetric cycles in Kazama--Suzuki models. We show that the geometry of the D-branes corresponds to a generalisation of calibrated geometry. We comment on the link with the geometry of the coset space and discuss how T-duality maps between these boundary states.
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