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The Deterministic Resolution of the Collatz Conjecture: Information Dissipation within the 10^122 Physical Horizon

Authors: li, shaoren;

The Deterministic Resolution of the Collatz Conjecture: Information Dissipation within the 10^122 Physical Horizon

Abstract

This research definitively establishes the physical closure of the Collatz 3n plus 1 conjecture. It demonstrates that for the universal set of all positive integers n—encompassing the internal states within the 10 to the 122nd power holographic horizon and all external divergent trajectories—the Dimensional Waterfall mechanism remains the absolute governing principle. Regardless of the initial magnitude or dimensional complexity, all informational entropy is reclaimed and returned to the unique 1D (4, 2, 1) ground-state singularity. The 9n plus 1 operator is identified as the ultimate physical limit, confirming that all mathematical paths, whether situated within or beyond the explicit horizon, lead to the same irreducible ground state.

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