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This proof demonstrates the Riemann hypothesis in mathematics, highlighting a logical necessity via Galois connections.
本文对黎曼猜想提出了严谨的证明。核心思想是黎曼ζ函数的非平凡零点集合与临界线自然通过函数方程诱导的伽罗瓦联络(定理~{thm:galois_connection})相连。该伽罗瓦联络的满满条件(定义~{def:fullness})等价于黎曼猜想(定理~{thm:等价}),而该满满条件是ζ函数公理系的逻辑必然(定理~{thm:必然性})。该证明无需未经证实的假设;它严格由 ζ(s)---解析延拓的内在对称性、泛函方程(方程~{eq:习_symmetry})和哈达玛积展开(方程~{eq:hadamard_product})推导而来。结果表明黎曼猜想并非一个待验证的独立猜想,而是ζ函数共轭逆对称结构的自洽要求~{zhu2026共轭,zhu2026symmetry}。所有非平凡零点必须位于临界线 (s)=1/2 上(定理~{thm:riemann})。
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Jianbing Zhu (2026) studied this question.
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