Trivial-critical-parameter conjecture for graphs with pc(G)=1p_{\mathrm{c}}(G)=1

Let GG be a fixed graph, and let pc(G)p_{\mathrm{c}}(G) denote its Bernoulli percolation critical parameter. Assume pc(G)=1p_{\mathrm{c}}(G)=1, and let λc(t)\lambda_{\mathrm{c}}(t) and tc(λ)t_{\mathrm{c}}(\lambda) be the frog-model critical parameters. Trivial-critical-parameter conjecture. For every λ,t>0\lambda,t>0, one has tc(λ)=t_{\mathrm{c}}(\lambda)=\infty and λc(t)=\lambda_{\mathrm{c}}(t)=\infty. The source gives no resolution.

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Primary source

Omer Angel, Daniel de la Riva, Jonathan Hermon and Yuliang Shi, “Existence and sharpness of the phase transition for the frog model on transitive graphs”, arXiv:2512.06640 (2026).

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