Quantum Gravity and String Theory

    

Gravitational Analogy of Casimir-Effect from Qed to Gravity Description in GRT by Extended GRT-Gravity Without Ostrogradsky Ghost-Problem as Higher Derivative of Effective Gravitative Fieldtheory. a Global Fixpoint-Solution.

Authors: Holger Döring

Classical GRT of Einstein-description of gravity-theory can be extrapolated to higher structures. This extension adds higher-order terms to classical general relativity because GRT itself can be assumed to be a first-order expansion of spacetime. These higher corrections can lead to new observations in the vacuum, with gravitational waves, or black holes. Furthermore, an attempt is made to transfer the Casimir effect of quantum electrodynamics as an analogy from the electromagnetic vacuum to a spacetime description and to describe this analogy as a gravitational effect within GRT.

Comments: 36 Pages.

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[v1] 2026-03-31 13:36:03

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