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On the strong Feller property of the heat equation on quantum graphs with Kirchoff noise by Fkirine, Mohamed; Kovács, Mihály; Sikolya, Eszter is a scholarly article available to read on EtoBox.

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We consider a so-called quantum graph with standard continuity and Kirchhoff vertex conditions where the Kirchhoff vertex condition is perturbed by Gaussian noise. We show that the quantum graph setting is very different from the classical one dimensional boundary noise setting, where the transition semigroup is known to be strong Feller, by giving examples and counterexamples to the strong Feller property. In particular, when the graph is a tree, and there is noise present in all but one of the boundary vertices, then the transition semigroup associated with the problem is strong Feller at any time $T>0$. This turns out to be also a necessary condition for equilateral star graphs. We also comment on the existence and uniqueness of the invariant measure and the regularity of the solution.

Author
Fkirine, Mohamed; Kovács, Mihály; Sikolya, Eszter
Published
2024
Language
EN

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