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The aim is to address the neglect of time-dilation in galactic scales compared to black hole physics and to propose a solution through Time-Density geometry.

April 28, 20260 citationsOpen Access

MANIFESTO OF TIME-DENSITY GEOMETRY A Deterministic Solution for Pulsar Emission, Galactic Dynamics, and the Hubble Tension

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CKChristian Krebs

Key Points

The aim is to address the neglect of time-dilation in galactic scales compared to black hole physics and to propose a solution through Time-Density geometry.
Postulates Time-Density as a universal medium affecting spacetime geometry.
Demonstrates the focusing of pulsar beams and explains galactic rotation without dark matter.
Shows that mass and rotation couple to modify spacetime geometry for pulsar emissions.
Explains galactic rotation curves without requiring additional mass, challenging dark matter theories.

Abstract

AbstractExecutive Summary: Modern astrophysics is facing a fundamental logical rift: while timedilation is accepted as a cornerstone of black hole physics, it is largely ignored at galacticscales in favor of hypothetical constructs such as Dark Matter. This manifesto postulatesTime-Density ft ∝ (M × Ω) as a universal medium. It demonstrates that the coupling ofmass and rotation alters spacetime geometry such that pulsar beams are focused (PapersI–IV) and galactic rotation curves are explained without additional mass (Papers V–VI).

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MANIFESTO OF TIME-DENSITY GEOMETRY A Deterministic Solution for Pulsar Emission, Galactic Dynamics, and the Hubble Tension

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