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20192021
most citedSpectrum of the reflection operators in different integrable structures

15 citations · 16 across the 2 of their papers we have counts for

collaborators

7 papers

hep-th20211 cited

ODE/IQFT correspondence for the generalized affine Gaudin model

Gleb A. Kotousov, Sergei L. Lukyanov

An integrable system is introduced, which is a generalization of the quantum affine Gaudin model. Among other things, the Hamiltonians are constructed and their…

math-ph2020

Some Algebraic Aspects of the Inhomogeneous Six-Vertex Model

Vladimir V. Bazhanov, Gleb A. Kotousov, Sergii M. Koval +1

The inhomogeneous six-vertex model is a 2 multiparametric integrable statistical system. In the scaling limit it is expected to cover different classes of critical behaviour whi…

math-ph2020

Scaling limit of the invariant inhomogeneous six-vertex model

Vladimir V. Bazhanov, Gleb A. Kotousov, Sergii M. Koval +1

The work contains a detailed study of the scaling limit of a certain critical, integrable inhomogeneous six-vertex model subject to twisted boundary conditions. It is based on a nu…

hep-th2020

Equilibrium density matrices for the 2D black hole sigma models from an integrable spin chain

Vladimir V. Bazhanov, Gleb A. Kotousov, Sergei L. Lukyanov

This work concerns the quantum Lorentzian and Euclidean black hole non-linear sigma models. For the Euclidean black hole sigma model an equilibrium density matrix is proposed, whic…

hep-th201915 cited

Spectrum of the reflection operators in different integrable structures

Gleb A. Kotousov, Sergei L. Lukyanov

The reflection operators are the simplest examples of the non-local integrals of motion, which appear in many interesting problems in integrable CFT. For the so-called Fateev, quan…

hep-th2019

Bethe state norms for the Heisenberg spin chain in the scaling limit

Gleb A. Kotousov, Sergei L. Lukyanov

In this paper we discuss the norms of the Bethe states for the spin one-half Heisenberg chain in the critical regime. Our analysis is based on the ODE/IQFT correspondence. Together…