On sinh-Gordon Thermodynamic Bethe Ansatz and fermionic basis

Abstract

We review the construction of the fermionic basis for sinh-Gordon model and investigate numerically the ultra-violet limit of the one-point functions. We then compare the predictions obtained from this formalism against previously established results.

arXiv comment27 pages, 13 figures. Correction of some typos and minor reformatting

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• Equilibration Properties of Classical Integrable Field Theories
• From the sinh-Gordon field theory to the one-dimensional Bose gas: exact local correlations and full counting statistics
• Asymptotic analysis and quantum integrable models
• Thermodynamic bootstrap program for integrable QFT's: Form factors and correlation functions at finite energy density
• Exact out-of-equilibrium steady states in the semiclassical limit of the interacting Bose gas
• Euler-scale dynamical correlations in integrable systems with fluid motion
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• Exact finite volume expectation values of local operators in excited states
• Correlation and entanglement spreading in nested spin chains
• Generalized-Hydrodynamic approach to Inhomogeneous Quenches: Correlations, Entanglement and Quantum Effects
• Entanglement entropy along a massless renormalisation flow: the tricritical to critical Ising crossover
• Extending the Thermodynamic Form Factor Bootstrap Program: Multiple particle-hole excitations, crossing symmetry, and reparameterization invariance