Adding Flavor to the Narain Ensemble
arXiv:2102.12509 · doi:10.1007/JHEP05(2022)090
Abstract
We revisit the proposal that the ensemble average over free boson CFTs in two dimensions - parameterized by Narain's moduli space - is dual to an exotic theory of gravity in three dimensions dubbed gravity. We consider flavored partition functions, where the usual genus partition function is weighted by Wilson lines coupled to the conserved currents of these theories. These flavored partition functions obey a heat equation which relates deformations of the Riemann surface moduli to those of the chemical potentials which measure these charges. This allows us to derive a Siegel-Weil formula which computes the average of these flavored partition functions. The result takes the form of a "sum over geometries," albeit with modifications relative to the unflavored case.
arXiv comment30 pages
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- Chern-Simons Invariants from Ensemble Averages
- Non-rational Narain CFTs from codes over
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- Quantization of the ModMax Oscillator
- A note on ensemble holography for rational tori
- TQFT gravity and ensemble holography
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- Code CFTs and Topological Matter