Fig. 3: CDW and Luttinger exponent.
From: Precursor of pair-density wave in doping Kitaev spin liquid on the honeycomb lattice
a Charge-density profiles n(x) for three-leg cylinder of length Lx = 48 at doping levels δ = 1/9 and δ = 1/12 on A and B sub-lattices, respectively. The solid lines denote the fitting using Eq. (2). b The extracted exponent Kc at δ = 1/9 as a function of truncation error ϵ. The dashed line denotes Kc extracted from Acdw(Lx) in (d). c Convergence and length dependence of the CDW amplitude Acdw for three-leg cylinder at δ = 1/9 as a function of truncation error ϵ. The solid lines denote fitting using second-order polynomial function. d Finite-size scaling of Acdw(Lx) as a function of Lx in a double-logarithmic plot at δ = 1/9, where the dashed line denotes the fitting to a power law \({A}_{{\rm{cdw}}}({L}_{x}) \sim {L}_{x}^{-{K}_{{\rm{c}}}/2}\).
