Compensatory Spatial Energetics through Black Holes
Year: 2025
Type: conference-paper
Abstract: This speculative paper proposes that black holes act not only as gravitational sinks but also asmacrophysical energy compensation points within the structure of spacetime.Due to their extreme energy density, they generate field tension in their vicinity, which triggersa compensatory spatial expansion. This hypothesis offers an alternative explanation for theobserved accelerated expansion of the universe without requiring dark energy or exotic matter.version 2 Note: This theory is independent of the similarly titled “Water Vortex Cosmological Principle” occasionally attributed to a model by Peter Waldmann. While that concept focuses on black holes as whirlpool-like attractors concentrating (anti-)matter into a central energy node, this work presents a field-theoretical model based on dynamic spacefield responses, energy imprint overlays, and collapse thresholds leading to either spacetime expansion or localized condensation. The present theory is not metaphysical in nature and does not assume unified black hole merging or classical gravitational implosion as core mechanisms.Instead, it introduces a physics-grounded, field-responsive mechanism of cosmic regeneration.
Author: Waldmann, Peter
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930748897
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