Remarks on excited states of affine Toda solitons
arXiv:hep-th/9608055 · doi:10.1016/S0370-2693(96)01351-2
Abstract
The identification in affine Toda field theory of the quantum particle with the lowest breather allows us to re-interpret discrete modes of excitation of solitons as breathers bound to solitons, and thus to investigate them through the proposed soliton-breather S-matrices. There are implications for the physical spectrum and for the semiclassical soliton mass corrections.
8pp, LaTeX. Comments and one reference added; version to appear in Phys.Lett.B
References in corpus (14)
- Quantum Solitons in Affine Toda Field Theories
- Affine Toda Solitons and Vertex Operators
- Quantizing SL(N) Solitons and the Hecke Alegbra
- Vertex Operators and Soliton Time Delays in Affine Toda Field Theory
- Twisted quantum affine algebras and solutions to the Yang-Baxter equation
- Instability of Solitons in imaginary coupling affine Toda Field Theory
- Twisted algebra R-matrices and S-matrices for affine Toda solitons and their bound states
- Quantum Soliton Mass Corrections in SL(N) Affine Toda Theory
- Exact S-Matrices for Bound States of Affine Toda Solitons
- Exact S-matrices for d_{n+1}^{(2)} affine Toda solitons and their bound states
- Quantum mass corrections for affine Toda solitons
- Conserved charges and soliton solutions in affine Toda theory
- Toda Soliton Mass Corrections and the Particle--Soliton Duality Conjecture
- Quantum Mass corrections for C_2^(1) Affine Toda theory solitons
Cited by in corpus (4)
- Non-unitarity in quantum affine Toda theory and perturbed conformal field theory
- Quantum Affine Symmetry and Scattering Amplitudes of the Imaginary Coupled d_4(3) Affine Toda Field Theory
- Mingling of the infrared and ultraviolet and the "cosmological constant" for interacting QFT in 2d
- Quantum affine Toda solitons