Complex symplectomorphisms and pseudo-Kähler islands in the quantization of toric manifolds
arXiv:1411.2793
Abstract
Let be a Delzant polytope. We show that the quantization of the corresponding toric manifold in toric Kähler polarizations and in the toric real polarization are related by analytic continuation of Hamiltonian flows evaluated at time . We relate the quantization of in two different toric Kähler polarizations by taking the time- Hamiltonian "flow" of strongly convex functions on the moment polytope . By taking to infinity, we obtain the quantization of in the (singular) real toric polarization. Recall that has an open dense subset which is biholomorphic to . The quantization of in a toric Kähler polarization can also be described by applying the complexified Hamiltonian flow of the Abreu--Guillemin symplectic potential , at time , to an appropriate finite-dimensional subspace of quantum states in the quantization of in the vertical polarization. By taking other imaginary times, , we describe toric Kähler metrics with cone singularities along the toric divisors in . For convex Hamiltonian functions and sufficiently negative imaginary part of the complex time, we obtain degenerate Kähler structures which are negative definite in some regions of . We show that the pointwise and -norms of quantum states are asymptotically vanishing on negative-definite regions.
arXiv comment25 pages
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