The adjacency matrix and the discrete Laplacian acting on forms
Hatem Baloudi, Sylvain Golenia (IMB), Aref Jeribi

TL;DR
This paper explores the relationship between the adjacency matrix and the discrete Laplacian on 1-forms, analyzing conditions for essential self-adjointness and discussing the concept of completeness in this context.
Contribution
It provides new insights into the connection between adjacency matrices and discrete Laplacians on forms, especially regarding self-adjointness properties.
Findings
Boundedness from below does not imply essential self-adjointness.
Conditions for essential self-adjointness are examined.
Discussion on the notion of completeness in this setting.
Abstract
We study the relationship between the adjacency matrix and the discrete Laplacian acting on 1-forms. We also prove that if the adjacency matrix is bounded from below it is not necessarily essentially self-adjoint. We discuss the question of essential self-adjointness and the notion of completeness.
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Taxonomy
TopicsSpectral Theory in Mathematical Physics · Geometric and Algebraic Topology · Advanced Operator Algebra Research
