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December 4, 20250 citationsOpen Access

The Unified Theory of Collatz Dynamics: Geometric Dissipation and Rigorous Arithmetic Constraints

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MKMoon, Kyung-Up

Key Points

  • Global convergence of trajectories was demonstrated through geometric dissipation and arithmetic constraints.
  • The framework addresses non-existence of infinite k=1 sequences and shows positive density of collapse events.
  • Analysis applies rigorous principles including Δₖ Automaton and Structural Decay Principle for deeper insight.
  • Significant implications for understanding the Collatz Conjecture may arise from this closed formal proof.

Abstract

This work presents a unified structural proof framework for the Collatz Conjecture,combining geometric intuition (Vacuum Funnel) with rigorous arithmetic constraints (Δₖ Automaton, Residue Mixing Lemma, Structural Decay Principle). The paper establishes:• non-existence of infinite k=1 sequences• positive density of collapse events (k ≥ 2)• strictly negative drift in logarithmic potential (εₖ > 0) These combined mechanisms force global convergence for all trajectories. This is the closed formal version used for the public release of“The Unified Theory of Collatz Dynamics (Closed Proof Attempt) — Part 5” posted on Reddit r/Collatz on December 4, 2025.

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Cite This Study

Moon, Kyung-Up (2025) studied this question.

synapsesocial.com/papers/694025742d562116f28fddc8https://doi.org/10.5281/zenodo.17810874
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