Zero-Infinity Dimensional Recursion (ZIDR)
A Conceptual Framework for a Static, Non-Expanding Universe
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Zero-Infinity Dimensional Recursion (ZIDR)
First Paper
This paper introduces the Zero-Infinity Dimensional Recursion (ZIDR) model as an alternative to standard Big Bang cosmology. Drawing on principles of aerospace and mechanical engineering, where system behavior emerges from integrated degrees of freedom, ZIDR interprets higher-dimensional structures as recursive accumulations of lower-dimensional components. "Infinity" is treated not as unbounded, but as a conceptual limit that reduces to a zero-dimensional (0D) state. Gravity is interpreted as the tendency of higher-dimensional structures to compress toward this origin, while the apparent expansion of the universe arises as light traverses varying dimensional densities within a static manifold. Heuristic mathematical expressions illustrate the recursive structure, and full formalization will be developed in future work. This first conceptual paper provides a foundation for subsequent exploration of the mathematical and physical implications of ZIDR.
Read the Paper: https://doi.org/10.5281/zenodo.18677391Big Unsolved Questions in Cosmology & ZIDR Perspectives
Exploring how the Zero-Infinity Dimensional Recursion (ZIDR) model might approach major cosmological mysteries differently if it were proven true.
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Why is the universe expanding?
Standard answer: The universe has been expanding since the Big Bang, driven by initial conditions and dark energy.
ZIDR perspective: There's no expansion; redshift is caused by light moving through the recursive dimensional structure of a static universe.
Implication: The Big Bang may not be necessary to explain cosmic expansion, potentially rewriting the universe's origin story.
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What is dark energy?
Standard answer: Dark energy is a mysterious energy causing the acceleration of the universe's expansion.
ZIDR perspective: Apparent acceleration may be an artifact of light and gravity behavior within the recursive dimensional framework.
Implication: Dark energy could be a misinterpretation of light traveling through complex dimensions.
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What is dark matter?
Standard answer: Invisible matter inferred from galaxy rotation curves and gravitational lensing.
ZIDR perspective: Some gravitational effects may result from higher-dimensional structure interactions, reducing the need for separate dark matter.
Implication: Provides a geometrical or structural explanation for phenomena currently attributed to dark matter.
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Why is gravity so weak?
Standard answer: Gravity is inherently weaker than other fundamental forces; the reason is unclear.
ZIDR perspective: Gravity may be the projection of higher-dimensional compression onto our 3D universe.
Implication: Offers a natural explanation for gravity's relative weakness and hints at higher-dimensional physics.
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Large-scale structure of the universe
Standard answer: Cosmic web formed through growth of tiny density fluctuations in the early universe.
ZIDR perspective: Universe's "shape" is recursive and fractal-like; filaments and voids emerge naturally from nested dimensions.
Implication: Could explain the cosmic web and galaxy distributions differently than expansion-driven models.
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Redshift-distance relation
Standard answer: Hubble's law connects redshift to distance via expanding space.
ZIDR perspective: Redshift arises from light traveling through varying dimensional densities, not from space stretching.
Implication: Could reinterpret one of the most fundamental cosmological observations.
⚡ Big Picture
If ZIDR were proven correct, it could redefine cosmology:
- No Big Bang, no expansion, and no dark energy in the traditional sense.
- Gravity and redshift emerge naturally from dimensional recursion.
- Observed cosmic structures may have a geometrical rather than fluctuation-driven explanation.
In other words, ZIDR doesn't just tweak standard cosmology—it could replace the foundational framework for understanding space, time, and light.