Exact localization results for polarized IKKT reveal a divergence in the Ω to 0 limit that is distinct from IKKT, and the large-N eigenvalue dynamics match the electrostatic problem underlying the dual IIB supergravity geometries.
The Convergence of Yang-Mills Integrals
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abstract
We prove that SU(N) bosonic Yang-Mills matrix integrals are convergent for dimension (number of matrices) $D\ge D_c$. It is already known that $D_c=5$ for N=2; we prove that $D_c=4$ for N=3 and that $D_c=3$ for $N\ge 4$. These results are consistent with the numerical evaluations of the integrals by Krauth and Staudacher.
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Einstein gravity from a matrix integral -- Part II
Exact localization results for polarized IKKT reveal a divergence in the Ω to 0 limit that is distinct from IKKT, and the large-N eigenvalue dynamics match the electrostatic problem underlying the dual IIB supergravity geometries.