Quantum Holonomies from Spectral Networks and Framed BPS States
arXiv:1603.05258 · doi:10.1007/s00220-016-2729-1
Abstract
We propose a method for determining the spins of BPS states supported on line defects in 4d theories of class S. Via the 2d-4d correspondence, this translates to the construction of quantum holonomies on a punctured Riemann surface . Our approach combines the technology of spectral networks, which decomposes flat -connections on in terms of flat abelian connections on a -fold cover of , and the skein algebra in the 3-manifold , which expresses the representation theory of the quantum group . With any path on , the quantum holonomy associates a positive Laurent polynomial in the quantized Fock-Goncharov coordinates of higher Teichmüller space. This confirms various positivity conjectures in physics and mathematics.
40 pages, 34 figures
References in corpus (4)
Cited by in corpus (19)
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