The Binary Enots Wolley Sequence
Nathan Nichols

TL;DR
This paper proves a property of an analog of the Enots Wolley sequence, showing it is surjective onto positive integers with binary weight at least 2, by analyzing binary representations rather than prime factorizations.
Contribution
It introduces and proves a surjectivity property for a binary representation-based analog of the Enots Wolley sequence.
Findings
Proved the surjectivity of the binary-based sequence onto integers with binary weight ≥ 2.
Established a connection between the sequence's behavior and binary representations.
Extended understanding of sequence properties beyond prime factorization.
Abstract
It is an open conjecture that the Enots Wolley sequence is surjective onto the set of positive integers with a binary weight of at least 2. In this paper, this property is proved for an analog of the Enots Wolley sequence which operates on the binary representation of a number rather than the prime factorization.
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Taxonomy
Topicsgraph theory and CDMA systems · Coding theory and cryptography · semigroups and automata theory
