metric geometry of potentials with prescribed singularities on compact Kähler manifolds
arXiv:1909.03897 · doi:10.1007/s12220-021-00779-x
Abstract
Given compact Kähler manifold and a model type envelope with non-zero mass, i.e. a fixed potential determing some singularities such that , we prove that the relative finite energy class becomes a complete metric space if endowed with a distance which generalizes the well-known distance on the space of Kähler potentials. Moreover, for total ordered, we equip the set with a natural distance which coincides with the distance on for any . We show that is a complete metric space. As a consequence, assuming and , we also prove that converges in a Gromov-Hausdorff sense to and that there exists a direct system in the category of metric spaces whose direct limit is dense into .
Old Lemmas 4.2-4.3 has been modified and moved to section 2 (to Lemma 2.6 and Proposition 2.7). Other minor changes. Final version published in The Journal of Geometric Analysis
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- Kähler-Einstein metrics with prescribed singularities on Fano manifolds
- Mabuchi geometry of big cohomology classes with prescribed singularities
- A complete metric topology on relative low energy spaces
- Entropy for Monge-Ampère Measures in the Prescribed Singularities Setting
- Geodesics in the space of -subharmonic functions with bounded energy