Linear graviton as a quantum particle

Wave function of a single linear graviton and its interpretation are proposed. The evolution equation for this function is given. A Hermitian operator with mutually commuting components canonically conjugated to the momentum operator of the linear graviton is found.

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Published inarXiv.org
Main Authors Przanowski, Maciej, Dobrski, Michał, Tosiek, Jaromir, Turrubiates, Francisco J
Format Paper
LanguageEnglish
Published Ithaca Cornell University Library, arXiv.org 13.10.2023
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Abstract Wave function of a single linear graviton and its interpretation are proposed. The evolution equation for this function is given. A Hermitian operator with mutually commuting components canonically conjugated to the momentum operator of the linear graviton is found.
AbstractList Wave function of a single linear graviton and its interpretation are proposed. The evolution equation for this function is given. A Hermitian operator with mutually commuting components canonically conjugated to the momentum operator of the linear graviton is found.
Author Dobrski, Michał
Tosiek, Jaromir
Przanowski, Maciej
Turrubiates, Francisco J
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Snippet Wave function of a single linear graviton and its interpretation are proposed. The evolution equation for this function is given. A Hermitian operator with...
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Wave functions
Title Linear graviton as a quantum particle
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