Hamiltonian dynamics on finite metric graphs with prescribed energy-preserving vertex isomorphisms form a global Liouville-preserving one-parameter group on the quotient phase space after excluding finitely many energy levels.
Sobolev spaces in metric measure spaces: reflexivity and lower semicontinuity of slope
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abstract
In this paper we make a survey of some recent developments of the theory of Sobolev spaces $W^{1,q}(X,\sfd,\mm)$, $1<q<\infty$, in metric measure spaces $(X,\sfd,\mm)$. In the final part of the paper we provide a new proof of the reflexivity of the Sobolev space based on $\Gamma$-convergence; this result extends Cheeger's work because no Poincar\'e inequality is needed and the measure-theoretic doubling property is weakened to the metric doubling property of the support of $\mm$. We also discuss the lower semicontinuity of the slope of Lipschitz functions and some open problems.
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Liouville-Preserving Hamiltonian Scattering on Finite Metric Graphs
Hamiltonian dynamics on finite metric graphs with prescribed energy-preserving vertex isomorphisms form a global Liouville-preserving one-parameter group on the quotient phase space after excluding finitely many energy levels.