Mirror enumerative correspondence for Hitchin moduli spaces
Let be an Hitchin moduli space with prescribed singularities, and let be its SYZ mirror, an Hitchin moduli space with prescribed singularities. Hitchin mirror enumerative conjecture. The enumerative problem of holomorphic disks wrapping special Lagrangian fibers in is equivalent to the enumerative problem of critical trajectories of quadratic-differential foliations on the Riemann surface. This is presented as a conjectural full mirror statement; the SYZ mirror with prescribed singularities and even the precise disk-counting problem require further formulation.
References
Primary source
Wenxuan Lu, “Instanton Correction, Wall Crossing And Mirror Symmetry Of Hitchin's Moduli Spaces”, arXiv:1010.3388 (2011).
Progress summary
A 2010 paper established a substantial mirror-symmetry framework, but the exact equivalence between disk counts and trajectory counts remains unformulated or unproved.
The conjecture asks whether holomorphic-disk enumeration on the mirror of an Hitchin moduli space matches critical trajectories of quadratic-differential foliations. No source identifies a proposer or gives a definitive formulation of the full singular case.
Known results
- A 2010 paper constructs compatible Gross–Siebert consistent structures for Hitchin spaces with prescribed singularities.
- Its instanton corrections from logarithmic morphisms correspond to critical trajectories of quadratic differentials, and the resulting toric degeneration has generic fiber isomorphic to the Hitchin moduli space.
- A 2012 paper establishes the / SYZ-mirror relationship near singular fibers.
- These results concern instanton corrections and mirror geometry, not a rigorous equality of holomorphic-disk counts with trajectory counts.
2010 partial result
The 2010 work presents the construction as a nontrivial mirror-symmetry result, but explicitly notes that the physical-brane and holomorphic-disk interpretation is difficult to justify mathematically in general. No retrieved source reports a later proof, counterexample, or verification of the full enumerative correspondence.
Current status (as of August 2026): The mirror framework and trajectory-side instanton correspondence have substantial partial results, but the full holomorphic-disk enumerative statement, especially with prescribed singularities, remains open.
Sources
Solutions 0
No solutions have been posted yet.