On metric graphs with one absorbing point, the path graph maximizes heat content at sufficiently small and sufficiently large times.
Sticky Brownian motions on star graphs
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abstract
This paper is concerned with the construction of several stochastic processes in a star graph, that is a non-euclidean structure where some features of the classical modelling fail. We propose a model for trapping phenomena with characterization of the traps in terms of a singular measure. This measure also defines a non-local operator by means of which we introduce a non-local dynamic condition for the parabolic problem on the star graph. We study semi-Markov processes on the rays of the graph in order to obtain a probabilistic representation of the motion on the whole graph. Extensions to general graph structures can be given by applying our results on star graphs.
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Faber-Krahn inequality for the heat content on quantum graphs via random walk expansion
On metric graphs with one absorbing point, the path graph maximizes heat content at sufficiently small and sufficiently large times.