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Preprint / Version 20

COLLATZ-HASSE-SYRACUSE-ULAM-KAKUTANI SEQUENCE: CONVERGENCE TO THE TRIVIAL CYCLE PROVED

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DOI:

https://doi.org/10.31224/6063

Keywords:

Collatz-Hasse-Syracuse-Ulam-Kakutani (CHSUK) Sequence, Collatz-Hasse-Syracuse-Ulam-Kakutani (CHSUK) Conjecture, Convergence, Bijection, Isomorphism, Dedekind-Peano Axioms, CHSUK-Theorem, CHSUK-Generative-Parameters, Binary-Exponential-Ladder, Modular Periodicity

Abstract

This research report presents the Collatz-Hasse-Syracuse-Ulam-Kakutani (CHSUK) Theorem, which asserts the convergence of the Collatz Sequence to the trivial cycle, thus proving the Collatz Conjecture, which has been a long-standing unsolved problem.  The proof is based on the bijective isomorphism established between the set of positive integers and a carefully designed system with a hierarchy (arborescence) of binary-exponential-ladders defined on the set of positive odd numbers.

 

 

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Version justification

added section-17."DECLARATION REGARDING AFFILIATION AND FUNDING"; and section-18."AUTHOR RIGHTS RETENTION NOTICE".