The Yangian Symmetry of the Hubbard Models with Variable Range Hopping
arXiv:cond-mat/9512071 · doi:10.1016/0375-9601(96)00174-0
Abstract
We present two pairs of Y() Yangian symmetries for the trigonometric and hyperbolic versions of the Hubbard model with non-nearest-neighbour hopping. In both cases the Yangians are mutually commuting, hence can be combined into a Y()Y() Yangian. Their mutual commutativity is of dynamical origin. The known Yangians of the Haldane-Shastry spin chain and the nearest neighbour Hubbard model are contained as limiting cases of our new representations.
10 pages, Latex
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- The Yangian symmetry of the Hubbard Model
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- Exactly integrable family of generalized Hubbard models with twisted Yangian symmetry
- Yangian description for decays and possible explanation of in the decay
- Many-spinon states and representations of Yangians in the SU(n) Haldane--Shastry model
- New integrable extension of the Hubbard chain with variable range hopping
- How to fold a spin chain: Integrable boundaries of the Heisenberg XXX and Inozemtsev hyperbolic models
- The particle-hole transformation, supersymmetry and achiral boundaries of the open Hubbard model
- A solvable non-unitary fermionic long-range model with extended symmetry
- Scalar Symmetries of the Hubbard Models with Variable Range Hopping
- Twisted Yangian symmetry of the open Hubbard model
- Y(so(5)) symmtry of the nonlinear Schrdinger model with four-cmponents