Stability of Inhomogeneous Superstructures from Renormalized Mean-field Theory of the t--J Model
arXiv:cond-mat/0503249 · doi:10.1103/PhysRevB.72.060508
Abstract
Using the t--J model (which can also include Coulomb repulsion) and the ``plain vanilla'' renormalized mean-field theory of Zhang et al. (1988), stability of inhomogeneous 4a x 4a superstructures as those observed in cuprates superconductors around hole doping 1/8 is investigated. We find a non-uniform 4a x 4a bond order wave involving simultaneously small (~ 10^-2 t) inhomogeneous staggered plaquette currents as well as a small charge density modulation similar to pair density wave order. On the other hand, no supersolid phase involving a decoupling in the superconducting particle-particle channel is found.
4 pages
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Cited by in corpus (11)
- Magnetic order in the pseudogap phase of high- superconductors
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- A consistent statistical treatment of the renormalized mean-field t-J model
- Genesis of charge orders in high temperature superconductors
- Extended Gutzwiller Approximation for Inhomogeneous System
- Inhomogeneous states with checkerboard order in the t-J Model
- Strong particle-hole asymmetry of charge instabilities in doped Mott insulators
- Competing orders in the Hofstadter t-J model
- Spin-rotationally symmetric domain flux phases in underdoped cuprates
- Plaquette bond order wave in the quarter-filled extended Hubbard model on the checkerboard lattice
- Bond-order modulated staggered flux phase for the model on the square lattice