eps_c(r=3.7)=0.04466 [0.04347, 0.04585], eps_c(r=3.9)=0.05887 [0.05885, 0.05890], and eps_c(r=4.0)=0.07335 [0.07330, 0.07341]; the r=3.7 minus r=4.0 shift is -0.02869, while the synchronization gap at eps=0.30 is +0.03508 [0.03468, 0.03548]. d=-5.62 with 50/50 same-direction seeds.
CONFIRMED. The synchronization threshold rises cleanly with map chaoticity, from eps_c=0.04466 at r=3.7 to 0.05887 at r=3.9 and 0.07335 at r=4.0. The full r=3.7 to r=4.0 shift is -0.02869 in the ordered direction, and the gap at eps=0.30 remains positive at +0.03508, showing that the more chaotic map is still measurably harder to synchronize even well above threshold. The very tight confidence intervals, especially for r=3.9 and r=4.0, rule out a weak or noisy finite-size artifact. This supports the interpretation that stronger local stretching demands stronger diffusive coupling to suppress divergence.
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