Supplement to the scientific paper: Gravitational waves and dark energy. Can the discoveries in gravitational wave astronomy contribute to understanding the nature of space?
The analysis of LIGO/Virgo data shows that merging black holes exhibit significant rotation (Kerr metric). This work examines whether the Kerr-specific curvature of spacetime affects the hypothesis that mass losses are converted into spatial volume. It is demonstrated that while the effect is locally dominant, it becomes negligible on cosmological scales—the conversion factor dV=2πG⋅(light travel time)^2 remains valid.
- Quote paper
- Herbert Schöfnagl (Author), 2025, Supplement to the scientific paper: Gravitational waves and dark energy. Can the discoveries in gravitational wave astronomy contribute to understanding the nature of space?, Munich, GRIN Verlag, https://www.grin.com/document/1574042
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