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Type: Article
Self-Adjointness in Klein-Gordon Theory on Globally Hyperbolic Spacetimes
Abstract:
We show that the spatial part of the linear Klein-Gordon operator for a massive scalar field with external potential in a globally hyperbolic spacetime is a strictly positive essentially self-adjoint operator. The proof is conducted by a fusion of new results concerning globally hyperbolic manifolds, the theory of weighted Hilbert spaces and operational analytic advances in the aforementioned area.
We show that the spatial part of the linear Klein-Gordon operator for a massive scalar field with external potential in a globally hyperbolic spacetime is a strictly positive essentially self-adjoint operator. The proof is conducted by a fusion of new results concerning globally hyperbolic manifolds, the theory of weighted Hilbert spaces and operational analytic advances in the aforementioned area.
Keywords: Quantum field theory on curved spacetimes; Selfadjointness
Journal: Mathematical Physics Analysis and Geometry
ISSN: 1385-0172
Year: 2021
Volume: 24
Number: 1
Year Preprint: 2018
Pages: 5



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