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s i m u l a t i o n s
Supporting Movie 11: The same simulation as in Supporting Movie 2 but now instead of a conduction inhomogeneity (where D=0) we have an inhomogeneity in $\epsilon_1$ in the Panfilov model. Inside the inhomogeneity $\epsilon_1$ =0.01, whereas outside it $\epsilon_1$=0.03. The bottom-lefthand corner of the square inhomogeneity at (x=100, y=120). Note that with its bottomleft- hand corner at this position the inhomogeneity anchors the spiral wave; however, for some fraction of the time the spiral wave enters inside the inhomogeneity (1.1 MB) |