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<p>We establish nonexistence conditions for nonnegative nontrivial solutions to a class of semilinear parabolic equations with a positive potential on weighted graphs, extending the results of Monticelli, Punzo, and Somaglia (2024) to a broader setting. Our framework includes both the Porous Medium Equation and the Fast Diffusion Equation. We identify conditions related to the graph’s geometry, the potential’s behaviour at infinity, and bounds on the Laplacian of the distance function under which nonexistence holds. Using a test function argument, we derive explicit parameter ranges for nonexistence.</p>

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Nonexistence results for a general class of parabolic problems with a potential on weighted graphs

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  • 发表日期：

    2026年1月10日

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  • Dorothea-Enrica von Criegern

摘要

We establish nonexistence conditions for nonnegative nontrivial solutions to a class of semilinear parabolic equations with a positive potential on weighted graphs, extending the results of Monticelli, Punzo, and Somaglia (2024) to a broader setting. Our framework includes both the Porous Medium Equation and the Fast Diffusion Equation. We identify conditions related to the graph’s geometry, the potential’s behaviour at infinity, and bounds on the Laplacian of the distance function under which nonexistence holds. Using a test function argument, we derive explicit parameter ranges for nonexistence.