Answers are grounded in this paper and cite their sources.
This randomized trial investigates the decreasing paths of R in the 3n+1 conjecture, suggesting a new view of the conjecture's validity.
本文基于化核分解 N=2i3mR−1及其对偶形式 N=2j3pQ+1,导出普适方程 2i3mR−2j3pQ=22i3mR−2j3pQ=2。首先通过迭代归约证明任意奇数可化为 3rR−1 形式且 r≥2,排除平凡情形。然后根据 j 的奇偶性及 R 与 Q 的大小关系,构造两条递降路径: j为偶数时,取 R′=Q2(Q 的 3-free 部分),有 R>Q2; j为奇数时,若 R≥Q 则取 R′=Q;若 R<Q 则通过辅助构造式定义 R3,有 R3<R 所有情形均实现核心奇数 R 的严格下降。结合强归纳法(基底 R=1 时 N=2i3m−1 收敛到 3r−1),完整证明了考拉兹猜想。本证明仅用初等数论和代数恒等式,不依赖任何未证明猜想
No takes yet. Share an insight, caveat, or question.
Kang A. (2026) studied this question.
Synapse has enriched 8 closely related papers on similar clinical questions. Consider them for comparative context: