内窥分解与Hausel-Thaddeus猜想
Endoscopic decompositions and the Hausel-Thaddeus conjecture
AI总结:
本文构造算子连接不同秩与亏格的稳定Higgs丛模空间上同调,经数值特化恢复Hausel-Thaddeus拓扑镜像对称猜想,并利用消没圈函子联系Hitchin fibration分解定理给出新证明。
摘要:
我们构造了连接具有不同秩与亏格的稳定Higgs丛模空间上同调的自然算子,这些算子在数值特化后,恢复了Hausel-Thaddeus关于$\mathrm{SL}_n$-和$\mathrm{PGL}_n$-Higgs丛的拓扑镜像对称猜想。这提供了稳定$\mathrm{SL}_n$-Higgs丛模空间上同调在tautological类方面的完整描述,并给出了Hausel-Thaddeus猜想的新证明,该猜想最近由Gröchenig-Wyss-Ziegler通过p-adic积分证明。我们的方法是将使用消没圈函子的Hitchin fibration分解定理与支撑更简单的twisted Hitchin fibration分解定理联系起来。
英文摘要:
We construct natural operators connecting the cohomology of the moduli spaces of stable Higgs bundles with different ranks and genera which, after numerical specialization, recover the topological mirror symmetry conjecture of Hausel-Thaddeus concerning $\mathrm{SL}_n$- and $\mathrm{PGL}_n$-Higgs bundles. This provides a complete description of the cohomology of the moduli space of stable $\mathrm{SL}_n$-Higgs bundles in terms of the tautological classes, and gives a new proof of the Hausel-Thaddeus conjecture, proven recently by Gröchenig-Wyss-Ziegler via p-adic integration. Our method is to relate the decomposition theorem for the Hitchin fibration, using vanishing cycle functors, to the decomposition theorem for the twisted Hitchin fibration whose supports are simpler.
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