Kaluza- Klein Stability and global information conservation

The work is part of the broader CUIP framework, which explores cosmology from the perspective of information dynamics and dimensional interaction.

This article is also available on Zenodo as a timestamped version under the DOI: (https://doi.org/10.5281/zenodo.15080773

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This paper investigates how the evolution of KK (Kaluza–Klein) dimensions influences the large-scale expansion or contraction of the universe through the principle of information dimensional conservation. The central idea is that the total information degrees of freedom in the universe must remain balanced.

When KK dimensions become increasingly compact, the visible dimensions must expand to maintain informational equilibrium. Conversely, if KK dimensions relax or destabilize, the visible universe may undergo contraction. This mechanism offers a new perspective on cosmological dynamics, driven not by energy densities alone, but by the underlying balance of dimensional information.