Integrability of zero-dimensional replica field theories at beta=1

Vidal P, Kanzieper E (2013)
Physical Review E 88(3).

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Zeitschriftenaufsatz | Veröffentlicht | Englisch
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Abstract / Bemerkung
Building on insights from the theory of integrable lattices, the integrability is claimed for nonlinear replica sigma models derived in the context of real symmetric random matrices. Specifically, the fermionic and the bosonic replica partition functions are proven to form a single (supersymmetric) Pfaff-KP hierarchy whose replica limit is shown to reproduce the celebrated nonperturbative formula for the density-density eigenvalue correlation function in the infinite-dimensional Gaussian orthogonal ensemble. Implications of the formalism outlined are briefly discussed.
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Physical Review E
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88
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3
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Vidal P, Kanzieper E. Integrability of zero-dimensional replica field theories at beta=1. Physical Review E. 2013;88(3).
Vidal, P., & Kanzieper, E. (2013). Integrability of zero-dimensional replica field theories at beta=1. Physical Review E, 88(3). doi:10.1103/PhysRevE.88.030101
Vidal, P., and Kanzieper, E. (2013). Integrability of zero-dimensional replica field theories at beta=1. Physical Review E 88.
Vidal, P., & Kanzieper, E., 2013. Integrability of zero-dimensional replica field theories at beta=1. Physical Review E, 88(3).
P. Vidal and E. Kanzieper, “Integrability of zero-dimensional replica field theories at beta=1”, Physical Review E, vol. 88, 2013.
Vidal, P., Kanzieper, E.: Integrability of zero-dimensional replica field theories at beta=1. Physical Review E. 88, (2013).
Vidal, Pedro, and Kanzieper, Eugene. “Integrability of zero-dimensional replica field theories at beta=1”. Physical Review E 88.3 (2013).

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PMID: 24125199
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arXiv: 1304.4068

Inspire: 1228377

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