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Dynamics of vacillating voters

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R Lambiotte1,2 and S Redner3

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Figure 1

Figure 1. Illustration of an update for the vacillating voter on the square lattice (left and middle). For the configuration on the right, the central voter flips with probability 5/6 because out of the six ways of selecting two neighbors, only one choice leads to both neighbors agreeable (dashed).



Figure 2

Figure 2. Exit probability \mathcal {E}(x) versus the density of \uparrow voters x for the case N = 16, N = 25 and N = 100.



Figure 3

Figure 3. Exit probability \mathcal {E}(x) as a function of the initial density of \uparrow voters x for a one-dimensional system composed of 25, 36 and 1000 voters respectively. The voter model result, \mathcal {E}(x)=x , that follows from magnetization conservation is shown for comparison.



Figure 4

Figure 4. Double logarithmic plot of the number of \uparrow voters versus time on the square lattice starting from a 4 × 4 square of \uparrow voters in a background of \downarrow voters.



Figure 5

Figure 5. Exit probability \mathcal {E}(x) as a function of the initial density of \uparrow voters x for a square lattice of 16, 25, 36 and 49 voters, respectively, with periodic boundary conditions.



Figure 6

Figure 6. Snapshots of the vacillating (left) and pure (right) voter model on a 50 × 50 lattice starting with a random zero-magnetization state after 100 time steps. The correlation function C1 equals 0.31 (left) and 0.59 (right) respectively.




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