English

Stable Higgs bundles and Hermitian-Einstein metrics on non-K\"ahler manifolds

Differential Geometry 2014-10-28 v2

Abstract

Let XX be a compact Gauduchon manifold, and let EE and V0V_0 be holomorphic vector bundles over XX. Suppose that EE is stable when considering all subsheaves preserved by a Higgs field θH0(\theta\in H^0(End(E)V0)(E)\otimes V_0). Then a modified version of the Donaldson heat flow converges along a subsequence of times to a solution of a generalized Hermitian-Einstein equation, given by iΛF+[θ,θ]=λIi\Lambda F+[\theta,\theta^\dagger]=\lambda I.

Keywords

Cite

@article{arxiv.1110.3768,
  title  = {Stable Higgs bundles and Hermitian-Einstein metrics on non-K\"ahler manifolds},
  author = {Adam Jacob},
  journal= {arXiv preprint arXiv:1110.3768},
  year   = {2014}
}

Comments

The main theorem has been extended to the case of Higgs pairs. Several errors have been corrected, and new references have been added, as suggested by the referee. Final version to appear in Analysis, Complex Geometry, and Mathematical Physics: A conference in honor of D. H. Phong, Contemporary Mathematics, American Mathematical Society. 25 pages