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February 2, 2026Open Access

A New Approach to Cosmic Web Structure and the Expansion of the Universe: Solving the Hubble Tension through Space Displacement (SDD Model v9.0)

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Authors

GKGovinda prasad Kandel

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Overview

Research unveils a model addressing the Hubble Tension in cosmic expansion, suggesting novel insights on galaxy formation.

Key Points

  • The research aims to present a new model of the universe's structure and expansion through spatial displacement.
  • Develop the Space-Density Displacement (SDD) Model Version 9.0.
  • Analyze the correlation between cosmic expansion and galactic distribution data.
  • Examine black hole formation and its implications on cosmic structure.
  • Discuss implications of the model in resolving Hubble Tension.
  • Introduced the concept of multi-point origin of universe rather than a single Big Bang.
  • Achieved a correlation coefficient of r=0.945 with galactic distribution data.
  • Proposed that universal expansion is not driven by dark energy but by spatial displacement.
  • Explained the formation of early-stage galaxies observed by JWST through the SDD Model.

Cite This Study

Govinda prasad Kandel (2026) studied this question.

synapsesocial.com/papers/6980fe00c1c9540dea80fc6dhttps://doi.org/10.5281/zenodo.18436657
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