Laplacians on Infinite Graphs

The main focus in this memoir is on Laplacians on both weighted graphs and weighted metric graphs. Let us emphasize that we consider infinite locally finite graphs and do not make any further geometric assumptions. Whereas the existing literature usually treats these two types of Laplacian operators...

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Detalhes bibliográficos
Auteurs principaux: Kostenko, Aleksey, 19..-, Nicolussi, Noema, 19..- (Auteur)
Formato: Livre numérique
Idioma:Anglais
Publicado em: Berlin : European Mathematical Society 2023.
Berlin :
Colecção:Memoirs of the European Mathematical Society 3
Acesso em linha:Accès sur la plateforme EMS Press
Accès sur la plateforme ISTEX
Accès Université d'Orléans
Accès INSA CVL
Nota: European Mathematical Society (Licence nationale)
European Mathematical Society (Licence nationale)
Autres localisations: Voir dans le Sudoc
Edition sous un autre format:• Laplacians on Infinite Graphs, 978-3-98547-025-9
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520 |a The main focus in this memoir is on Laplacians on both weighted graphs and weighted metric graphs. Let us emphasize that we consider infinite locally finite graphs and do not make any further geometric assumptions. Whereas the existing literature usually treats these two types of Laplacian operators separately, we approach them in a uniform manner in the present work and put particular emphasis on the relationship between them. One of our main conceptual messages is that these two settings should be regarded as complementary (rather than opposite) and exactly their interplay leads to important further insight on both sides. Our central goal is twofold. First of all, we explore the relationships between these two objects by comparing their basic spectral (self-adjointness, spectral gap, etc.), parabolic (Markovian uniqueness, recurrence, stochastic completeness, etc.), and metric (quasi isometries, intrinsic metrics, etc.) properties. In turn, we exploit these connections either to prove new results for Laplacians on metric graphs or to provide new proofs and perspective on the recent progress in weighted graph Laplacians. We also demonstrate our findings by considering several important classes of graphs (Cayley graphs, tessellations, and antitrees). 
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